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Gases for Life | Gaz pour la vie

Reference Book Specialty, Medical, Refrigerant and Packaged Chemicals

Cahier de référence Produits chimiques spéciaux, médicaux, réfrigérants et conditionnés

1 - 26 27 - 43 44 - 50 51 - 109 110 - 114

EPA PROTOCOL & ENVIRONMENTAL DAILY STANDARD 115 - 119PROTOCOL GASES 120 - 125VOC STANDARDS 126 - 142

143 - 158 159 - 164 165 - 172 173 - 181 182 -189

PORTABLE CALIBRATION GAS / APPAREIL D’ÉTALONNAGE DE GAZ PORTATIF

TABLE OF CONTENTSTABLE DES MATIÈRES

Specialty Gases Catalog

PURE GAS / GAZ PURSPACKAGED CHEMICAL / PRODUIT CHIMIQUE MEDICAL GASES / GAZ MÉDICAUXMIXTURES / MÉLANGESSPECIAL APPLICATIONS MIXTURES / MÉLANGES POUR APPLICATIONS SPÉCIALISÉES

ELECTRONIC GRADE GASES / GAZ ELECTRONIQUE ISOTOPES

ECOTOPREFRIGERANTS

Pure Gases / Gaz Purs

Product / Specifications Material Number Size Content

Produit & Grade / Notice technique Numéro d'article TailleContenu (approx.)

Acetylene / Ethyne C2H2m3

CGA: 510

Grade 2.6 (99.6%) 24001514 WN 11.23Atomic Absortion, Purified, A.A.

PH3 < 20 ppm

24001515 WS 3.74

Equipment Series Material Description SAP numberMesser® Single Stage Brass C202B015B510N4 11187097

CAS: 74-86-2

Recommended Cylinder Regulator

1




m3

CGA: 590

Grade 5.5 24082604 300 7.79Synthetic air

CO < 0.2 ppm, CO2 < 0.1 ppm, H2O < 2 ppm,

CEM ZERO 24070271 300 8.49CO < 0.5 ppm, CO2 < 0.5 ppm, H2O < 1 ppm, 24017298 152 3.96NOx < 0.1 ppm, O2 20-22%, SO2 < 0.1 ppm, 24001924 82 2.13THC < 0.1 ppm 24017299 32 0.79

Grade 0.1 24064466 300 8.49Ultra Zero, Zero 0.1, Zero 1, CO2 Free 24064467 200 6.31CO < 1 ppm, CO2 < 1 ppm, H2O < 2 ppm, 24064464 152 3.96O2 20-22%, THC < 0.1 ppm 24064469 80 2.28

24000000 82 2.1324063849 30 0.8524085332 32 0.79

TOC 24001980 300* 8.49Total Organic Carbon 24001979 200* 6.31CO < 0.5 ppm, CO2 < 0.5 ppm, O2 20-22%, 24099552 80* 2.28THC < 0.1 ppm

Zero Emission BAR 97 24069023 300 8.49Blend Code 37 24001982 200 6.38Vehicle Emission Zero 24001710 152 3.96CO < 1 ppm, CO2 < 400 ppm, NO < 1 ppm,

O2 20.9%, THC < 1 ppm

Zero 2 24063267 MCP6-200 38.28Zero Gas 24064471 300 8.49H2O < 4 ppm, O2 20-22%, THC < 2 ppm 24064472 200 6.31

24064473 80 2.2824082384 82 2.1324083349 30 0.8524085331 32 0.7924000015 10 0.28

CAS: 132259-10-0

Certificate of Conformance provided / Certificat de conformité fourni

Air

* Size 300 & 80 - Central and East only; size 200 West only / Taille 300 & 80 – Region Centrale et L'Est seulement; taille 200- L'Oeust seulement


2




m3

cont'd CGA: 590Extra Dry 24076370 MCP16-300 136E.D, Dry 24078322 MCP11-300 93.4H2O < 10 ppm, O2 20-22% 24064474 300 8.49

24064475 200 6.3124064476 80 2.2824017296 30 0.8524000050 32 0.74

P24017297 LB* 0.053

Equipment Series Material DescriptionMesser Single Stage Brass M61B

Single Stage SS M61SDual Stage Brass M62B

Dual Stage SS M62SMesser Dual Stage Brass M200/2B

Dual Stage SS M200/2S

Air

* LB CGA Valve Outlet……………………………….170


3




Argon / R-740 Ar m3

Grade 6.0 (99.9999%) 24090332 152 4.20Research

CO + CO2 < 0.1 ppm, H2 < 0.1 ppm, H2O < 0.2 ppm,

N2 < 0.4 ppm, O2 < 0.1 ppm, THC < 0.1 ppm

Grade 5.3 (99.9993%) 24068706 300 9.18UPC, Chromatographic 24068701 200 6.73H2O < 1 ppm, N2 < 8 ppm, O2 < 2 ppm, 24074562 80 2.42THC < 0.5 ppm 24069003 30 0.96

Grade 5.0 (99.999%) 24080519 MCP16-300 1 149.92Ultra Pure, UHP 24066790 MCP11-300 1 103.07H2O < 2 ppm, O2 < 2 ppm, THC < 0.5 ppm 24001306 300 9.18

24000021 200 6.7324001305 152 4.2024001307 80 2.4224082842 30 0.9624001308 10 0.3224097892 MESSER ARGON 20L 5.8624097893 MESSER ARGON 10L 2.93

Grade 5.0 (99.999%) 24099983 MCP16-HX 255.00High Pressure / Haute pressionUltra Pure, UHP

H2O < 2 ppm, O2 < 2 ppm, THC < 0.5 ppm

Grade 4.8 (99.998%) 24001289 MCP16-300 1 149.92Zero Grade, Prepurified, High Purity, Low Oxygen 24001311 300 9.18H2O < 3.5 ppm, O2 < 4 ppm 24001312 200 6.73

24001313 80 2.4224001301 30 0.9624001314 10 0.32

P24063947 LB* 0.056


CGA: 580/677/680CAS: 7440-37-1

4




Grade 4.8 (99.998%) 24069531 MCP16-HX CGA 680 1 250.00High Pressure / Haute pression 24017301 500 CGA 677 16.14Zero Grade, Prepurified, High Purity, Low Oxygen 24071456 HX CGA 680 1 15.62

24001315 HC CGA 580 1 13.90


Dual Stage Brass M62BDual Stage Brass CGA 677 M3060

Messer Dual Stage Brass M200/2BDual Stage SS M200/2S


1 Subject to local availability / Assujetti à la disponibilité

5




Argon Liquid Ar m3

Liquid Grade 5.0 (99.999%) 24100127 PLC450 MP 230 1 352.0024079138 PLC230 HP 350 1 159.8524100126 PLC160 MP 230 1 125.00

Liquid ICP 4.8 (99.998%) 24078295 PLC450 HP 350 1 299.85H2O < 5 ppm, O2 < 3 ppm, THC < 0.5 ppm 24091978 PLC230 MP 230 1 168.43

24064551 PLC230 HP 350 1 159.8524064553 PLC180 HP 350 1 130.6124064556 PLC160 MP 230 1 123.37

Liquid OES 4.8 (99.998%) 24089862 PLC230 HP 350 1 159.85CH4 + CO2 < 5 ppm, H2O < 3 ppm, N2 < 20 ppm, 24089727 PLC180 HP 350 1 130.61O2 < 2 ppm


Single Stage SS M61S

CAS: 7440-37-1

Certificate of Analysis provided / Certificat d’analyse fourni

CGA: 580


6




CO2kg

CGA: 320

Grade 5.0 (99.999%) 24083953 200 25.91Research 24001530 152 18.14H2O < 0.5 ppm, N2 < 3 ppm, O2 < 1 ppm, 24084037 82 8.5THC < 0.5 ppm 24083048 32 3.63

Grade 4.5 (99.995%) 24094620 30 3.63H2O < 5 ppm, O2 < 10 ppm, THC < 1 ppm

Grade 4.0 (99.99%) 24001324 200 25.91Coleman, Anaerobic 24062141 200 (DT) 25.91H2O < 10 ppm, N2 < 50 ppm, O2 < 20 ppm, 24104018 152 (DT) 18.14THC < 10 ppm 24001325 80 9.07

24063878 30 3.6324097224 32 3.6324001329 10 1.36

Grade 2.8 (99.8% liquid phase) 24070340 200 25.91Bone Dry, Commercial 24063833 200 (DT) 25.91

24063952 80 9.0724063835 30 3.6324091879 10 1.36

P24063944 LB* 0.227


Single Stage SS M61SMesser Single Stage Brass M200/1B

Single Stage SS M200/1SDual Stage Brass M200/2B


Certificate of Conformance provided / Certificat de conformité

Carbon Dioxide / R-744

* LB CGA Valve Outlet………………………….170

CAS: 124-38-9

7




CO2kg

Lasline CGA: 320

Grade 4.5 (99.995%) 24001321 200 25.91H2O < 5 ppm, O2 < 1 ppm, THC< 1 ppm

Grade 4.0 (99.99%) 24001418 200 25.91H2O < 10 ppm, N2 < 70 ppm, O2 < 20 ppm,

THC < 10 ppm


Single Stage SS M61SMesser Dual Stage Brass M200/2B


CO2kg

Supercritical Fluid CGA: 320

SFC Grade 5.0 (99.999% Liquid Phase) 24070768 152 (DT) 18.14with Helium Pressure @ 2,000 psigH2O < 1 ppm, N2 < 5 ppm, O2 < 5 ppm,

THC < 50 ppb

SFC Grade 5.0 (99.999% Liquid Phase) 24017467 152 (DT) 18.14without Helium PressurizationH2O < 1 ppm, N2 < 5 ppm, O2 < 5 ppm,

THC < 50 ppb




Carbon Dioxide


Carbon Dioxide


CAS: 124-38-9

CAS: 124-38-9

8




Deuterium* D2Litres

CGA: 350

Grade 5.0 (99.999%) Chemical Purity, 24090948 500 CGA 703 12,000Isotopic enrichment 99.75% 24081301 200 5,000Research 24077408 152 3,500CO < 1 ppm, CO2 < 1 ppm, H2 < 100 ppm, 24082033 80 2,000H2O < 1 ppm, HD + H2 < 5,000 ppm, 24084810 30 750N2 < 1 ppm, O2 < 1 ppm, THC < 1 ppm 24082040 10 250

P24017322 LB 50

* Sensitive Product - Customer Screening required prior to quotation or supply* Produit restreint - vérification nécessaire avant d'une soumission ou livraison

Equipment Series Material DescriptionMesser Dual Stage Brass M200/2B


CAS: 7782-39-0

Certificate of Conformance provided / Certificat de conformité fourni reux

9




Helium / R-704 He m3

CGA: 580

Grade 6.0 (99.9999%) 24001546 300 7.99Research 24001544 200 5.93CO < 0.05 ppm, CO2 < 0.05 ppm, H2O < 0.2 ppm, 24000023 30 0.85N2 < 0.4 ppm, O2 < 0.2 ppm, THC < 0.1 ppm 24098215 10 0.28

Grade 6.0 MRI (99.9999%) 24065779 152 3.72CO < 0.05 ppm, CO2 < 0.05 ppm, H2O < 0.2 ppm,

N2 < 0.4 ppm, O2 < 0.2 ppm, THC < 0.1 ppm

Grade 5.5 (99.9995%) 24001545 300 7.99CO < 0.5 ppm, CO2 < 0.5 ppm, H2O < 1 ppm,

N2 < 3 ppm, O2 < 1 ppm, THC < 0.5 ppm

Grade 5.3 (99.9993%) 24069235 300 7.99UPC

CO2 < 1 ppm, H2O < 1 ppm, N2 < 5 ppm,

O2 < 1 ppm, THC < 0.5 ppm

Grade 5.0 (99.999%) 24001279 MCP16-300 1 127.84Ultra Pure, UHP 24001282 MCP11-300 1 89.54CO2 < 1 ppm, H2O < 5 ppm, N2 < 8 ppm, 24062707 MCP6-200 1 35.76O2 < 4 ppm, THC < 0.5 ppm 24001333 300 7.99

24001334 200 5.9324091418 152 3.7224001335 80 2.1824084063 82 2.0124068999 30 0.8524001336 10 0.28

P24097358 LB* 0.0524097896 MESSER 20L 5.08424097897 MESSER 10L 2.542

Grade 5.0 MRI (99.999%) 24001401 152 3.72

Certificate of Conformance provided / Certificat de c conformité fourni


H2O < 2 ppm, N2 < 5 ppm, O2 < 1 ppm, THC < 0.5 ppm

For use by MRI customers only / Usage autorisé pour les clients d'IRM seulement

CAS: 7440-59-7


10




Helium He m3

cont'd CGA: 580

Grade 4.7 (99.997%) 24001284 MCP16-300 1 127.84Zero Grade, High Purity 24062759 MCP6-200 1 35.76H2O < 5 ppm, O2 < 5 ppm, THC < 0.5 ppm 24001339 300 7.99

24001340 200 5.9324001341 80 2.1824017303 10 0.28

P24017304 LB* 0.05

Grade 4.7 (99.997%) 24017305 500 CGA 677 14.58High Pressure / Haute pression

Grade 4.7 (99.997%) LASLINE 24001337 300 7.99H2O <3 ppm, O2 <3 ppm, THC <1 ppm

Grade 4.5 MRI (99.995%) 24091122 152 3.72





CGA: 7440-59-7


For use by MRI customers only / Usage autorisé pour les clients d'IRM seulement1 Subject to local availability / Assujetti à la disponibilité

11




He m3

CGA: 580

Liquid / Liquide 24064571 PLC500 50024064575 PLC250 250

V24064575 * PLC250 25024064574 PLC100 10024064573 PLC60 6024064572 PLC30 30



CGA: 7440-59-7

* British Columbia only / seulement en Colombie-Britannique

Helium Liquid

12




H2m3

CGA: 350

Grade 6.0 (99.9999%) 24084520 300 7.15CO < 0.1 ppm, CO2 < 0.1 ppm, H2O < 0.5 ppm, 24083840 200 5.32N2 < 0.5 ppm, O2 < 0.1 ppm, THC < 0.1ppm

Grade 5.5 (99.9995%) 24001945 300 7.15Research 24000025 200 5.32CO < 0.5 ppm, CO2 < 0.5 ppm, H2O < 1 ppm, 24077690 80 3.65N2 < 1 ppm, O2 < 0.5 ppm, THC < 0.5 ppm 24084065 30 0.85

24000027 10 0.28

Grade 5.0 (99.999%) 24069671 MCP16-300 1 114.4Ultra Pure, UHP 24001876 300 7.15CO2 < 1 ppm, H2O < 3 ppm, N2 < 5 ppm, 24001551 200 5.32O2 < 2 ppm, THC < 0.5 ppm 24063915 152 3.65

24001552 80 2.124089786 82 1.9624066951 30 0.8524098575 32 0.7324001352 10 0.28

P24082639 LB 0.049

Grade 4.0 (99.99%) 24073454 MCP16-300 1 114.4High purity, HP, Extra Dry, Prepurified, Purified 24001497 MCP11-300 1 81.4H2O < 8 ppm, N2 < 10 ppm, O2 < 5 ppm, 24001548 300 7.15THC < 0.5 ppm 24001554 200 5.32

24001555 80 2.124063954 30 0.8524001354 10 0.28

P24017306 LB 0.049


Hydrogen /R-702


CGA: 1333-74-0

13




Zero Gas (99.995%) 24001347 300 7.15H2O < 8 ppm, THC < 0.5 ppm 24001565 200 5.32

H2

cont'd CGA: 350






CGA: 1333-74-0

Hydrogen

14




Kr l

CGA: 580

Grade 5.0 (99.999%) 24082136 300 10,000Research 24082137 200 5,000Ar < 2 ppm, CF4 < 0.5 ppm, CO < 1 ppm, 24017454 80 1,000CO2 < 0.5 ppm, H2 < 0.5 ppm, H2O < 0.5 ppm, P24094037 D1 3 500N2 < 2 ppm, O2 < 0.5 ppm, THC < 0.5 ppm, Xe < 5 ppm P24081912 D2 3 200

P24081913 D2 3 100

Grade 4.5 (99.995%) 24082134 80 1,000Ar < 2 ppm, CF4 < 1 ppm, CO2 < 1 ppm, H2 < 2 ppm, P24081901 D2 3 100H2O < 1 ppm, N2 < 5 ppm, O2 < 1 ppm, THC < 1 ppm P24081902 D3 3 50Xe < 25 ppm P24081903 D3 3 25

Windows Grade 3.0 (99.9%) 24088699 200 5,000H2O < 1 ppm 24090805 80 1,000




CAS No: 7439-90-9

3 Disposable cylinder, price of cylinder included in product price. Customer responsible for cylinder disposable / Bouteille jetable, le prix de la bouteilleest inclu dans celui du produit. La mise au rebut de la bouteille est sous

Krypton / R-784

15




CH4m3

CGA: 350

Grade 5.0 (99.999%) 24077508 200 7.09Research 24080932 30 1.1C2H6< 5 ppm, H2O<2 ppm, N2< 5 ppm, O2<2 ppm, 24085961 10 0.37Other Hydrocarbons< 2 ppm

Total Impurities< 10 ppm

Grade 4.0 (99.99%) 24001862 300 9.76Ultra Pure, UHP 24001561 200 7.09C2H6< 60 ppm, H2O<5 ppm, N2< 40 ppm, O2<5 ppm, 24001562 80 2.8Other Hydrocarbons< 10 ppm 24064647 30 1.13

24001355 10 0.28P24017447 LB*

Grade 2.0 (99.0%) 24097762 MCP16-300 1 147.4Purified, Technical, CP 24063971 300 9.76

24001558 200 7.0924063914 80 2.824092196 82 2.6224063851 30 1.1124063901 32 0.9724017519 10 0.28

P24063946 LB* 0.064

Grade 1.3 (93%) 24001864 300 9.76Natural Gas 24001882 200 7.09

24001559 80 2.824063873 30 1.1324001560 10 0.28



Dual Stage SS M62S

CAS No: 74-82-8

Methane / R-50

1 Subject to local availability / Assujetti à la disponibilité* LB CGA Valve Outlet………………………….170

16




Neon / R-720 Ne l

CGA: 580

Grade 5.0 (99.999%) 24001848 300 7,500Research 24001853 200 6,000CO < 0.5 ppm, CO2 < 0.5 ppm, CH4 < 0.5 ppm, P24081857 D1 3 400H2O < 0.5 ppm, He < 8 ppm, N2 < 1 ppm, P24081858 D2 3 200O2 < 0.5 ppm P24081859 D2 3 100

P24081870 D3 3 50P24081872 D3 3 25

Grade 4.6 (99.996%) 24001849 300 7,500Ultra Pure, UHP 24001854 200 6,000CO < 1 ppm, CO2 < 1 ppm, CH4 < 1 ppm, P24081873 D1 3 400H2O < 1 ppm, He < 35 ppm, N2 < 4 ppm, P24081877 D3 3 25O2 < 1 ppm



2 Pricing subject to change / Prix sujet à changement.

CAS No: 7440-01-9


4 Pricing must be confirmed at time of order.


17




NO m3

CGA: 660

Grade 2.5 (99.5%) 24086075 300 1.73Ultra Pure, UHP 24081440 200 1.59On request / Sur demande 24094714 32 0.12

* Hazardous Product - Customer Screening required prior to quotation or supply* Produits dangereux - vérification nécessaire avant d'une soumission ou livraison

Equipment Series Material DescriptionSingle Stage Monel M3210

Messer Single Stage SS M200/1SGas Panel S203S

Nitric Oxide / Nitrogen Monoxide *

CAS No: 10102-43-9

18




Nitrogen / R-728 N2m3

Grade 6.0 (99.9999%) 24077946 300 8.32Research, Low Oxygen 24077948 200 6.2CO < 0.1 ppm, CO2 < 0.1 ppm, H2O < 0.2 ppm, 24001960 152 3.9O2 < 0.6 ppm, THC < 0.1 ppm 24098558 80 2.25

CEM Zero 24068858 300 8.32Ambient CEM, Vehicle Emission Zero 24017318 152 3.9CO < 0.5 ppm, CO2 < 1 ppm, H2O < 1 ppm, 24081123 32 0.78NOx < 0.1 ppm, O2 < 5 ppm, SO2 < 0.1 ppm,

THC < 0.5 ppm

Zero 0.2 24095373 MCP-16 300 1 133.2THC<0.2 ppm 24062730 MCP-6 200 1 37.44

24001368 300 8.3224001362 200 6.224001363 80 2.2524001358 82 2.1

Grade 5.3 (99.9993%) 24068855 MCP16-300 1 133.12UPC 24068853 300 8.32CO < 1 ppm, CO2 < 1 ppm, H2O < 1 ppm, 24068852 200 6.2O2 < 2 ppm, THC < 0.5 ppm 24001406 152 3.9

24068851 80 2.2524001367 10 0.3

Grade 5.0 (99.999%) 24100198 MCP16-300 1 133.12Ultra Pure, UHP 24001364 300 8.32H2O < 1 ppm, O2 < 2 ppm, THC < 0.5 ppm 24001365 200 6.2

24084020 152 3.924001366 80 2.2524072585 82 2.124063888 30 0.8924001356 32 0.7824084068 10 0.324097894 MESSER 20L 5.0824097895 MESSER 10L 2.54

Certificate of Conformance provided /Certificat de conformité fourni

CAS No: 7727-37-9


CGA: 580, 680, 677

19




Nitrogen N2m3

cont'dGrade 5.0 MRI (99.999%) 24091863 152 3.9H2O < 1 ppm, O2 < 2 ppm, THC < 0.5 ppm

Grade 5.0 (99.999%) 24100128 MCP16-HX 219.68High Pressure / Haute pression

Grade 4.8 (99.998%) 24073966 MCP16-300 1 133.12P.P, Pre-purified 24001278 MCP11-300 1 93.61H2O < 5 ppm, O2 < 3 ppm, THC < 0.5 ppm 24001369 300 8.32

24001370 200 6.224001373 152 3.924001371 80 2.2524001357 82 2.124068207 30 0.8924001300 32 0.7824001372 10 0.3

P24017308 LB 0.052

Grade 4.8 (99.998%) 24077345 MCP16-HX CGA 680 1 219.68High Pressure / Haute pression 24017315 500 CGA 677 13.7

24001425 HT CGA 680 1 13.05


Dual Stage Brass M62BDual Stage Brass (for CGA 677) M3060

Messer Dual Stage Brass M200/2BDual Stage SS M200/2S



CGA: 580, 680, 677

20




Nitrogen N2m3

Lasline CGA: 320Grade 5.0 (99.999%) 24001422 300 8.32H2O < 5 ppm, O2 < 3 ppm, THC< 1 ppm

Grade 4.8 (99.99%) 24001360 300 8.32H2O < 5 ppm, O2 < 5 ppm, THC< 1 ppm




N2m3

Liquid Grade 5.0 (99.999%) 24100140 PLC450 MP 230 1 307.0024100129 PLC160 MP 230 1 110.00

Liquid Grade 4.8 (99.998%) 24064570 PLC450 HP 350 1 246.08Nitrogen, Refrigerated Liquid 24064563 PLC230 HP 350 1 131.27H2O < 5 ppm, O2 < 3 ppm, THC < 1 ppm 24074619 PLC230 MP 230 1 139.30

24064560 PLC230 LP 050 1 139.3024064569 PLC230 LP 022 1 139.3024064561 PLC180 LP 022 1 112.1324064564 PLC160 MP 230 1 103.4024095036 PLC160 LP 050 1 103.4024076971 PLC160 LP 022 1 103.40

Liquid Grade 4.8 MRI (99.999%) 24095661 PLC230 LP 022 139.3H2O < 5 ppm, O2 < 3 ppm, THC < 1 ppm


2 Pricing subject to change / Prix sujet à changement



CGA: 580Nitrogen Liquid

21




NO2kg

Grade 2.5 (99.5%)

N2O kg

CGA: 326

Grade 4.8 (99.998%) 24098362 152 18.2Semiconductor

CH4 < 1 ppm, CO < 1 ppm, CO2 < 2 ppm,

H2O < 3, N2 < 10 ppm, O2 + Ar < 2 ppm

Grade 4.0 (99.99%) P24069070 LB* 227 gUltra Pure, UHPCH4 < 2 ppm, CO < 2 ppm, CO2 < 2 ppm,O2<4 ppm, N2<10 ppm

Grade 2.0 (99% liquid phase) 24001383 200 27.22CP, Atomic Absorption, A.A. 24001296 80 9.07

24067808 30 2.72




Nitrogen Dioxide


CAS No: 10102-44-0

Nitrous Oxide / R-744a*

Certificate of Conformance provided / Certificat de conformité fournir

No longer available

CAS No: 10024-97-2

22




Oxygen / R-732 O2m3

CGA: 540

Grade 5.0 (99.999%) 24068827 300 9.23Research, TOC 24060140 200 6.76Ar < 5 ppm, CO < 0.5 ppm, CO2 < 0.5 ppm, 24101330 152 4.21H2O < 1 ppm, Kr < 1 ppm, N2 < 2 ppm, 24084090 80 2.43THC < 0.5 ppm 24084091 30 0.96

24001218 10 0.28

Grade 4.7 (99.997%) 24075459 300 9.23UPC 24001818 200 6.76Ar < 10 ppm, CO < 1 ppm, CO2 < 1 ppm, 24001822 80 2.43H2O < 1 ppm, Kr < 10 ppm, N2 < 5 ppm, 24084092 30 0.96THC < 0.5 ppm 24001228 10 0.28

P24090058 LB* 0.056

Grade 4.5 (99.995%) 24001826 300 9.23Ultra Pure, UHP, Zero 0.2 24001827 200 6.76Ar < 20 ppm, CO < 1 ppm, CO2 < 1 ppm, 24001828 80 2.43H2O < 1 ppm, Kr < 15 ppm, N2 < 10 ppm, 24001831 30 0.96THC < 0.5 ppm 24001390 10 0.28

P24096996 LB* 0.056

CAS No: 7782-44-7


23




Grade 2.6 (99.6%) 24098232 MCP16-300 1 147.7Extra Dry 24001288 MCP11-300 1 103.62H2O < 5 ppm 24001395 300 9.23

24001396 200 6.7624001397 80 2.4324075422 30 0.9624001398 10 0.28

P24064063 LB* 0.056


Dual Stage Brass M62BMesser Dual Stage Brass M200/2B



24




O2m3

Liquid Grade 2.6 (99.6%) 24001287 PLC450 MP 235 1 318.16H2O < 5 ppm 24079081 PLC230 HP 350 1 164.44

24079633 PLC160 MP 230 1 126.93

Propane / R-290 C3H8kg

CGA: 510

Grade 5.0 (99.999%) 24098178 80 5.61Research

N2<2 ppm, O2<1 ppm, CO2<1 ppm, H2O< 2 ppm

Propylene< 2 ppm, Other Hydrocarbons< 8 ppm

Grade 4.5 (99.995%) 24088594 425 45.36N2<5 ppm, O2<1 ppm, CO2<2 ppm, H2O< 3 ppm 24084363 200 15.88Propylene< 10 ppm, Other Hydrocarbons< 40 ppm

Total Impurities<50 ppm

Grade 2.5 (99.5 liquid phase) 24001833 425 45.36Instrument 24064067 200 15.88On request / Sur demande 24064064 80 5.9

24017481 30 2.2724017483 10 0.91

Grade 2.0 (99% liquid phase) 24064065 425 45.36CP 24064066 200 15.88

24064055 80 5.924017345 30 2.2724017346 10 0.91


CAS No: 74-98-6

Oxygen Liquid CAS No: 7782-44-7


25




Xe l

CGA: 580

Grade 5.0 (99.999%) 24100323 580 500Research 24085843 30 200Ar < 1 ppm, CF4 < 0.5 ppm, CO2 < 1 ppm, P24081854 D3 3 50H2 < 2 ppm, H2O < 0.5 ppm, Kr < 5 ppm, P24081886 D3 3 25N2 < 2 ppm, O2 < 0.5 ppm, THC < 0.5 ppm

Grade 4.5 (99.995%) P24081910 340 50Ultra Pure, UHP P24081911 340 25Ar < 10 ppm, CF4 < 1 ppm, CO2 < 2 ppm,

H2 < 5 ppm, H2O < 1 ppm, Kr < 25 ppm,

N2 < 5 ppm, O2 < 1 ppm, THC < 1 ppm

2 Pricing subject to change / Prix sujet à changement






CAS No: 7440-63-3

Xenon / Xénon

26

Packaged Chemical / Produit chimique

Product / Produit & Grade Material Number Size Content

Specifications / Notice technique Numéro d'article TailleContenu (approx.)

Ammonia / R-717 * NH3kg

Grade 5.0 (99.999%) 24063968 152 CGA 660 15.45CH4 < 1 ppm, CO < 1 ppm, H2O < 5 ppm 24001885 32 CGA 705 2.27N2 < 5 ppm, O2 < 1 ppm 24085870 32 CGA 660 2.27

Grade 4.0 (99.99%) 24001518 150 68.07H2O < 35 ppm, Oil < 2 ppm, 24078019 150 w/Gooseneck 68.07CGA 705 24001937 LP100 45.4

24001517 200 22.6824079657 200 (DT) 22.6824001519 80 524079673 80 (DT) 524001892 30 324017370 10 1

P24001506 LB 170 g* Hazardous Product – Customer Screening required prior to quotation or supply* Produit dangereux - vérification nécessaire avant d'une soumission ou livraison

Equipment Series Material DescriptionMesser Single Stage SS M61SMesser Single Stage SS M200/1S

Gas Panel S203S

BF3kg

CGA: 330

Grade 2.5 (99.5%) 24017371 10 0.91On request / Sur demande

* Hazardous Product – Customer Screening required prior to quotation or supply* Produit dangereux - vérification nécessaire avant d'une soumission ou livraison

CAS No: 7764-41-7


CGA: 705, 660

CAS No: 7637-07-2

Boron trifluoride *

27




C4H6kg

CGA: 510

Grade 2.5 (99.5%) 24063918 200 20.41On request/ Sur demande

Grade 2.0 (99% liquid phase) 24063921 425 61.231-Butene<1,500 ppmw, C4H8<1,500 ppmw, 24070623 200 20.41cis-2-Butene<2,500ppmw, H20<10 ppmw, 24080803 80 7.71Dimer<750 ppmw, Inhibitor (TBC)<150 ppmw, 24084055 30 3.18Propylene<5 ppmw, Sulphur< 1 ppmw 24084056 10 0.91Trans-2-Butene<2,500 ppmw P24071365 LB* 170 g* LB CGA Valve Outlet……………………………….170



1,3-Butadiene

CAS No: 106-99-0

28




C4H10kg

CGA: 510

Grade 4.0 (99.99%) 24088593 425 54.43N2 < 20 ppm, O2 < 5 ppm, THC<90ppm, H2O < 3 PPM 24084360 200 18.14Sulphur < 1 PPM, Total Impurities < 100 PPM

Grade 2.5 (99.5%) 24017470 425 54.43CH4<100ppm, C2H6<250ppm, C3H8<1,000ppm 24017471 425 (DT) 54.43C4H10<2,500ppm, H2O<3ppm, Pentanes<1,000ppm 24079403 200 18.14Sulphur<1ppm 24080857 80 7.26

24017474 30 2.7224098084 10 (DT) 0.91

Grade 2.0 (99% liquid phase) 24017325 425 54.43CH4<500ppm, C2H6<2,500ppm, C3H8<2,500ppm 24017324 200 18.14C4H10<3,000ppm, H2O<5ppm, Pentanes<1,500ppm 24084057 80 7.26Sulphur<1ppm 24017328 30 2.72

24017329 10 0.91P24063924 LB* 170 g




n-Butane / R-600

CAS No: 106-97-8

29




CO m3

CGA: 350

Grade 4.0 (99.99%) 24063934 152 4.24CO2 < 30 ppm, H2O < 10 ppm, N2 < 40 ppm,

O2 < 10 ppm, THC < 10 ppm

Grade 2.5 (99.5%) 24095352 152 3.94CO2 < 100 ppm, H2O < 20 ppm, N2 < 4,500 ppm, 24095388 82 2.13O2 < 100 ppm 24095617 32 0.79

* Hazardous Product - Customer Screening required prior to quotation or supply* Produit dangereux - vérification nécessaire avant d'une soumission ou livraison



Dual Stage SS M62S


CAS No: 630-08-0

Carbon monoxide *

30




Chlorine * Cl2 kg

CGA: 660

Grade 4.0 (99.99%) 24017445 10 2.27CH4<1 ppm, CO<5 ppm, CO2<30 ppm

N2<50 ppm, O2<50 ppm

Grade 2.5 (99.5% liquid phase) V24063917 150LB 68.04CCl4<50 ppm wt, H2O < 50 ppm wt 24017374 80 18.14Non-volatile Matter/Matieres non volatiles < 50 ppm wt 24017627 30 6.8Total Chloromethanes<75 ppm wt 24000031 10 2.27

P24001902 LB* 454 g



Equipment Series Material DescriptionMesser Single Stage SS M200/1S

CAS No: 7782-50-5

31




C2H6O kg

CGA: 510

Grade 2.5 (99.5%) 24085521 200 18.14On request / Sur demande 24095742 80 6.8

24083673 30 3.18

C2H6kg

CGA: 350

Grade 4.5 (99.995%) 24017462 200 14.97C2H2< 0.5 ppm, C4H10< 0.5 ppm, CO2 < 1 ppm,

C2H4< 7 ppm, H2<0.5 ppm, C4H10<0.5 ppm,

CH4< 2 ppm, N2< 4ppm, O2<2 ppm, C3H8<10 ppm,

C3H6< 17 ppm, H2O< 4 ppm

Grade 2.0 (99% liquid phase) 24001857 200 14.5224001537 80 4.5424063883 30 1.3624001859 10 0.57

P24063948 LB* 113 g* LB CGA Valve Outlet……………………………….170


Dimethyl ether / Methoxymethane / Dimethyl Oxide

Ethane / Metylmethane / R-170

CAS No: 78-84-0

CAS No: 115-10-6

32




Ethylene/ Ethene / R-1150 C2H4kg

CGA: 350

Grade 5.0 (99.999%) 24063963 200 13.6CO2< 2ppm, CO< 2 ppm, N2< 2 ppm, O2< 2 ppm,

Other hydrocarbons < 8 ppm, H2O< 3 ppm,

C2H2< 2ppm, Total impurities< 10 ppm

Grade 4.0 (99.999%) 24107464 30 2.27CO2< 2ppm, CO< 1 ppm, N2< 2 ppm, O2< 2 ppm,

H2 < 1 ppm, H2O< 3 ppm, C3H8<1 ppm, C3H6<1 ppm,

C2H2< 1ppm,C2H6< 5ppm, CH4< 1 ppm

Grade 3.0 (99.9%) 24017335 200 13.6H2O<5 ppm, O2< 10 ppm 24017336 80 4.99

24017338 30 2.27

Grade 2.5 (99.5%) 24001535 200 13.624000036 80 4.9924063882 30 2.2724001856 10 0.91


* May not be supplied for fruit ripening applications - Customer screening required prior to quotation or supply* Ne peut servir pour les applications impliquant des fruits - vérification nécessaire avant d'une soumission ou livraison

Equipment Series Material DescriptionMesser Single Stage Brass M61BMesser Single Stage Brass M200/1B

CAS No: 74-85-1


33




CF4kg

CGA: 320

Grade 4.6 (99.996%) 24069536 200 31.82O2+Ar<1 ppm, N2< 4 ppm, CO2+CO<1 ppm, 24082064 80 11Other halocarbons< 2 ppm, SF6< 1 ppm, H2O< 1ppm

Acidity (as HF)<0.1 ppmw

Grade 3.5 (99.95%) 24001509 200 32CO<20 ppm, CO2< 10 ppm, H2O< 10 ppm, 24001510 80 2.72N2< 400 ppm , O2< 100 ppm 24088841 30 1.02

C2F6kg

Perfluoroethane CGA: 660

Grade 5.0 (99.999%) V24088517 200 43.18CO< 1 ppm, CO2< 2 ppm, H2O< 2 ppm, N2< 4 ppm,

O2< 1 ppm, Other organics< 1 ppm

Grade 3.0 (99.9%) V24098466 32 6.82N2< 500 ppm, O2< 100 ppm, H2O< 10 ppm,

Other halocarbons< 400 ppm,

acidity (as HCL)<1 ppm

CAS No: 76-16-4

Halocarbon 116 / Hexafluoroethane /R-116*


CAS No: 75-73-0

Halocarbon 14 / TetrafluoromethaneCarbon tetrafluoride / R-14

34




HBr kg

CGA: 180

Grade 2.8 (99.8%) P24062105 LB* 454 g* LB CGA Valve Outlet……………………………….180


HCl kg

CGA: 330

Grade 3.0 (99.9% liquid phase) 24064821 T.C. 272.15Air<500 ppmv, CH4<100 ppmv, H2O<5 ppmv, 24001359 200 27.22HF acidity<0.3 ppmv, mineral oil<10 ppmw 24063916 80 9.07

24063842 30 2.624082295 10 1.2


* Hazardous Product - Customer Screening required prior to quotation or supply* Produit dangereux - vérification nécessaire avant d'une soumission ou livraison*** Freight to customer must be confirmed / Confimez le chargement avec le client



Hydrogen chloride *

CAS No: 7647-01-0

CAS No: 10035-10-6

Hydrogen bromide *

35




HF kg

CGA: 660

Grade 4.0 (99.99%) 24017385 10 1.5924078189 10 W/ DIP TUBE 1.59

* Hazardous Product - Customer Screening required prior to quotation or supply* Produit dangereux - vérification nécessaire avant d'une soumission ou livraison*** Freight to customer must be confirmed / Confimez le chargement avec le client

H2S kg

CGA: 330

Grade 3.0 (99.9%) 24098807 80 9.98

Grade 2.5 (99.5%) 24001887 200 27.22CO2< 0.05%, COS<0.2 %, CS2< 0.1%, THC< 0.3% 24001951 80 9.98N2<0.01% 24098559 80 (DT) 9.98

24001415 10 1.25P24061488 LB* 227 g

Grade 2.0 (99.0%) 24075248 200 (DT) 18.9CO2<0.01%, COS<0.1%, CS2<0.01%

1200 psig Hydrogen blanket



*** Freight to customer must be confirmed / Confimez le chargement avec le client


Messer Single Stage SS M200/1S

Hydrogen fluoride *

Hydrogen Sulfide *

CAS No: 7664-39-3

CAS No: 7783-06-4

36




C4H10kg

CGA: 510

Grade 4.0 (99.99%) 24088425 425 52.62C2H6<5 ppm, C3H8<10 ppm, C4H10<25 ppm, 24088422 30 2.27CH4<1 ppm, Total impurities<100 ppm

Grade 2.5 (99.5% liquid phase) 24017477 425 52.27C2H6<250 ppm wt, C3H8<1,000 ppm wt, 24017476 200 15.88C4H10<2,500 ppm wt, CH4<100 ppm wt, 24017478 30 2.3Total impurities<5,000 ppm wt 24001549 10 0.93



iso-Butane / Methylpropane / R-600a

CAS No:75-28-5

37




C4H8kg

CGA: 510

Grade 2.0 (99.0% liquid phase) 24017342 425 57.27C4H10<2,500 ppm wt, H2O<25 ppm wt, 24080150 200 18.88C3H8<2,500 ppm wt, C5H12<500 ppm wt 24079276 80 7.25

24099248 30 2.324001909 10 0.91



CH3Cl kg

CGA: 170

Grade 3.0 (99.9%) P24017363 LB* 227 g



CAS No: 74-87-3

Methyl Chloride / Chloromethane/ R-40 *

iso-Butene / iso-Butylene / 2-Methylpropene

CAS No: 115-11-7

38




CH3NH2kg

CGA: 705

Grade 2.5 (99.5% liquid phase) 24071993 425 57.1424017391 30 2.27



Messer Single Stage SS M200/1S

C3H6kg

CGA: 510

Grade 3.7 (99.97%) 24084350 425 47.63CO2<1 ppm, N2<10 ppm, O2<10 ppm, H2O<3 ppm 24084362 200 15.88Other hydocarbons< 290 ppm,

Total impurities<300 ppm

Grade 3.5 (99.95%) 24095574 30 2.27CO2<2 ppm, N2<10 ppm, O2<2 ppm, H2O<3 ppm

Other hydocarbons< 470 ppm,

Total impurities<500 ppm

Grade 2.5 (99.5% liquid phase) 24064073 425 45.36CH4<100 ppmw, C2H6<250 ppmw, C3H8<3,500 ppm 24064072 200 15.88C4H10<500 ppmw, H2O<3 ppmw, O2<25 ppmw, 24068864 80 5.9N2<75 ppmw, Sulphur<1 ppmw 24017347 30 2.27


Monomethylamine/ Monométhylamine*

Certificate of Conformance provided / Certificat de conformité fourni r

Propylene / Propene / R-1270

CAS No: 74-89-5

CAS No: 115-07-1

39




SO2kg

CGA: 660

Grade 3.8 (99.98% liquid phase) 24017398 410 68.04H2O<100 ppm wt, H2SO4<25 ppm wt, 24017397 200 45.36Residue<100 ppm 24064075 80 18

24064051 30 1124001843 10 7

P24064059 LB* 454 g

Grade 2.8 (99.8%) 24001841 LP 68.04





Sulphur Dioxide *

CAS No: 7446-09-5

40




SF6kg

CGA: 590

Grade 4.0 (99.99%) 24017484 200 52.16Air<50 ppm, CF4<80 ppm 24084291 82 18

24068994 80 15.8824080526 32 424017485 30 4.5424017486 10 2.27

Grade 3.0 (99.9%) 24001844 200 52.16HF Acidity<0.3 ppmw, Air<500 ppmw 24001402 80 15.88CF4<500 ppmw, Mineral Oil<10 ppmw 24075332 30 4.54H2O<1.0 ppmw (equivalent to 8 ppmv) 24001846 10 2.27

P24017320 LB* 0.227

Grade 2.0 (99%) 24017319 82 1724064069 32 5.9




Sulphur Hexafluoride/ Hexafluorure de Soufre

CAS No: 2551-62-4



41




C3H9N kg

CGA: 705

Grade 2.5 (99.5%) 24099036 30 2.27


CAS No: 75-50-3

Trimethylamine / Triméthylamine

42

Medical Gases


Specifications / Notice technique Numéro d'article Taille Contenu (approx.)

D.I.N: Drug Identification numberU.S.P: United States PharmacopoeiaN.F: National FormularyBL: Blood Gas AnalysisLD: Lung DiffusionMD: Medical Device

Air m3

Medical 100032 T 8.70DIN: 02154781 100034 K 6.38

100036 M 3.20100037 E 0.65100033 E Al 0.62100038 D 0.39

Breathing 107060 MCP16-T 137.44101789 MCP11-T 95.70108520 T 8.70108521 K 6.38100470 M 3.20

Medical Drug P101865 T 8.70P101869 M 3.20P101879 Y 1.11P101871 E 0.65

Equipment Series SAP # Model Type11166582 M1-346-P CGA 346 Nut Nipple Connection11228071 M1-346-PH CGA 346 Handtight Nut Nipple Connection11228072 M1-950-P CGA 950 Yoke Connection11166582 M1-346-PG CGA 346 Nut Nipple Connection11228071 M1-346-PGH CGA 346 Handtight Nut Nipple Connection11228072 M1-950-PG CGA 950 Yoke Connection

Medical Air Single Stage 0-100 Adjustable Pressure Healthcare

Regulator


Medical Air Single Stage Preset 50psi Pressure Healthcare Regulator

44

Medical Gases



Carbon Dioxide kg

USP 100107 K 25.91DIN: 02154730 100109 M 13.61

100110 E 2.72100111 D 1.58100112 B 0.91

Medical Drug 101705 PLC160 HP 168.73

Equipment Series SAP # Model Type11228073 M1-320-P CGA 320 Nut Nipple Connection11228162 M1-940-P CGA 940 Yoke Connection

Carbon Dioxide Single Stage 0-100 Adjustable Pressure Healthcare

Regulator

11211003 M1-320-PG CGA 320 Nut Nipple Connection

m3

USP 100160 T 8.14DIN: 02154765 100161 K 6.20

100165 E 0.60100166 D 0.40

Medical Drug P102405 B Al 0.07

Equipment Series SAP # Model TypeHelium Single Stage 0-100 Adjustable

Pressure Healthcare Regulator11228085 M1-930-PG CGA 930 Yoke Connection



Carbon Dioxide Single Stage Preset 50psi Pressure Healthcare Regulator

Helium

45

Medical Gases



Nitrogen m3

NF 101804 MCP11-T 93.61DIN: 02154803 100263 T 8.51

100264 K 6.24100265 M 3.15100266 E 0.64100267 D 0.39101703 PLC230 HP 131.30101753 PLC230 LP 137.40101777 PLC180 HP 112.08101765 PLC160 LP 101.00

Medical Drug P102063 T 8.51

Equipment Series SAP # Model Type11228080 M1-580-PG CGA 580 Nut Nipple Connection11228082 M1-960-PG CGA 960 Yoke Connection

kg

USP 107106 T 33.44DIN: 02154811 100316 K 28.52

100317 M 14.17100318 E 2.98100319 D 1.36

Equipment Series SAP # Model Type11153029 M1-326-P CGA 326 Nut Nipple Connection11228076 M1-910-P CGA 910 Yoke Connection

N2O Single Stage 0-100 Adjustable Pressure Healthcare Regulator

11210070 M1-910-PG CGA 910 Yoke Connection


Nitrous Oxide Single Stage Preset 50psi Pressure Healthcare Regulator

Nitrous Oxide


Nitrogen Single Stage 0-100 Adjustable Pressure Healthcare Regulator

46

Medical Gases



Oxygen m3

USP 100348 T 9.34DIN: 02154838 100349 K 6.82

100352 M 3.43107923 E OXYs 0.63100510 E Al 0.63100354 E 0.63100511 D Al 0.38100355 D 0.38100351 M9 0.25100340 B 0.16100362 B Al 0.15107108 PLC450 HP350 284.00101766 PLC230 HP350 169.70101802 PLC230 LP022 169.70107216 PLC180 LP050 151.34101776 PLC180 HP350 134.29101715 PLC160 MP230 126.91106137 PLC160 LP050 126.91101763 PLC160 LP022 124.72

Medical P108900 31 lP108893 41l

Medical Drug P102143 T 9.42P102145 K 6.82P102149 M 3.43P102151 Q 2.55P102159 R 0.67P102169 10 0.63P102153 E 0.63P102163 E Al 0.63P102155 D 0.38P102165 D Al 0.38P102121 M9 0.25P102157 B 0.20P102267 PLC230 HP350 169.70P102293 PLC180 LP022 134.26

47

Medical Gases



Aviation 100329 T 9.34100328 K 6.82

Equipment Series SAP # Model Type11034106 M1-540-P CGA 540 Nut Nipple Connection11137818 M1-540-PH CGA 540 Handtight Nut Nipple Connection11228070 M1-870-P CGA 870 Yoke Connection11009610 MR-870-P CGA 870 Yoke Connection MRI safe11187335 M1-540-PG CGA 540 Nut Nipple Connection11187388 M1-540-PGH CGA 540 Handtight Nut Nipple Connection11009373 M1-870-PG CGA 870 Yoke Connection

m3

"CARBOGEN" 100904 K 5.77Medical 5% Carbon Dioxide/95% Oxygen 100906 E 0.64

DIN: 02154749

"CARBOGEN" 100908 K 5.77Medical 10% Carbon Dioxide/90% Oxygen

DIN:

"ENTONOX" 100902 E Al 0.76Medical 50% Oxygen / 50% Nitrous Oxyde P102283 D 0.45DIN: 02154757 100903 D Al 0.45

"ENTONOX" Medical Drug P102251 E 0.76Medical 50% Oxygen / 50% Nitrous Oxyde P102299 E Al 0.76DIN:

"HELIOX" 100897 K 6.10Medical 20% Oxygen / 80% Helium 100898 E 0.60DIN: 02154846

"HELIOX" 100900 K 6.10Medical 30% Oxygen / 70% Helium 100901 E 0.60DIN: 02154846

Oxygen Single Stage 0-100 Adjustable Pressure Healthcare Regulator

Oxygen Single Stage Preset 50psi Preset Pressure Healthcare Regulator


Therapy - Medical Drug Gases

48

Medical Gases



m3

BL CARBON DIOXIDE 5% OXYGEN 12% N2 BAL 108470 E 0.64BL CARBON DIOXIDE 10% N2 BAL 100909 E 0.64

m3

PrimaryLD CO(0.3%)NE(0.5%)O2(21%)N2(BAL)DIN: 02182238

108360 K 5.95

CertifiedLD HE (9.7%)O2(21%) N2 (BAL) 108240 K 5.48LD CO(0.3%)HE(10%)O2(21%)N2(BAL)DIN: 02154773

108363 K 4.56

LD CO(0.3%)HE(10%)O2(21%)N2(BAL)DIN: 02154773

108350 E 0.48

LD CO(0.27%)HE(9.7%)O2(21%)N2(BAL)DIN: 02182238

108366 K 4.56

LD CO(0.27%)HE(9.3%)O2(21%)N2(BAL)DIN: 02154773

108380 E 0.48

LD CO(0.3%)NE(0.5%)O2(21%)N2(BAL)DIN: 02182238

108484 K 4.96

LD CO,CH4,C2H2(0.3%) O2(21%) N2

(BAL)108481 K 4.56

Diagnostic - Blood Gas Calibration Mix

Diagnostic - Lung Diffusion Mix

49

Medical Gases



m3

MD CO2 (10%) O2 (BAL) 100910 D 0.36MD CO2 (7%) O2 (BAL) 108410 K 7.20MD CO2(10%) O2(5%) N2(BAL) 108930 K 5.89MD CO2(10%) O2(5%) N2(BAL) 108571 E 0.65MD CO2(4.0%) O2(17%) N2(BAL) 108570 K 5.46MD CO2(4%) O2(16%) N2(BAL) 108500 E 0.63MD CO2(4%) O2(16%) N2(BAL) 108510 K 6.03MD CO(0.3%)CH4(0.3%)O2(21%) (N2) 109110 K 4.51MD CO,CH4,C2H2(0.3%) O2(21%) (N2) 109120 K 4.56

Equipment Series SAP # Model TypeCO2/O2 Mixture Single Stage 0-100

Adjustable Pressure Healthcare 11199386 M1-280-PG CGA 280 Nut Nipple Connection

11198831 M1-500-PG CGA 500 Nut Nipple Connection11214439 M1-880-PG CGA 880 Yoke Connection11228088 M1-890-PG CGA 890 Yoke Connection

Mixtures Single Stage 0-100 Adjustable Pressure Healthcare Regulator


Medical Device Mix - Calibration Only

50

Mixtures / Mélanges

Type Mixture / MélangeSize / Taille

Content / Contenu (approx.)

m3

Al Requires aluminum cylinder / Exige des bouteilles en aluminumDA Dual analysis required / Double analyse est nécessaireFO Flam-ox mixture / Flam-ox mélange

Others priced upon request / Autre prix sur demande

Ammonia in Air FO CGA: 705Ammoniac dans l'Air FO

Primary / Primaire 0.2 - 3.75% 200 5.91152 4.0680 1.4432 0.80

Certified / Certifié 0.1 - 3.75% 200 5.91152 4.0680 1.4432 0.80

20 -999 ppm DA 152 4.06< 1,000 ppm Al 32 0.80

Ammonia in Helium CGA: 705Ammoniac dans Hélium

Primary / Primaire 0.2 - 4% 200 5.35152 3.6780 1.3032 0.74

Certified / Certifié 0.1 - 4% 200 5.35152 3.6780 1.3030 0.8532 0.74

20 -999 ppm DA 152 3.67< 1,000 ppm Al 32 0.74

Equipment Series Material DescriptionMesser Dual Stage SS M62SMesser Dual Stage SS M200/2S

51




m3

Ammonia in Hydrogen CGA: 705Ammoniac dans Hydrogène

Primary / Primaire 0.2 - 4% 200 5.91152 4.0680 1.4432 0.73

Certified / Certifié 0.1 - 4% 200 5.91152 4.0680 1.4432 0.73

20 -999 ppm DA 152 4.06< 1,000 ppm Al 32 0.73

Ammonia in Nitrogen CGA: 705Ammoniac dans l'AzoteEPA Protocol / Normes EPA 5 - 50 ppm 152 3.96

32 0.85Primary / Primaire 0.2 - 4% 200 5.35

152 3.6780 1.3032 0.74

Certified / Certifié 0.1 - 4% 200 5.35152 3.6780 1.30

20 -999 ppm DA 152 3.67< 1,000 ppm Al 32 0.74

See Special Applications Section for EPA Mixtures / Voir section applications spéciales pour mélanges EPA


52




m3

Argon in Helium CGA: 580Argon dans Hélium

Primary / Primaire 21 - 50% 200 5.9380 3.25

0.1 - 20.9% 200 5.8880 2.32

100 - 999 ppm 200 5.8880 2.32

Certified / Certifié 21 - 50% 200 5.9380 3.25

0.1 - 20.9% 200 5.8880 2.32

50 - 999 ppm 200 5.8880 2.32

20 - 49 ppm 152 4.21< 50 ppm Al 32 0.74

Unanalyzed / Non analysé 21 - 50% 200 5.930.1 - 20.9% 200 5.88

Equipment Series Material DescriptionMesser Dual Stage Brass M62BMesser Dual Stage Brass M200/2B


53




m3

Argon in Hydrogen CGA: 350Argon dans Hydrogène

Primary / Primaire 0.1 - 50% 200 5.5080 2.17

100 - 999 ppm 200 5.5080 2.17

Certified / Certifié 0.1 - 50% 200 5.5080 2.17

50 - 999 ppm 200 5.5080 2.17

20 - 49 ppm 152 3.65< 50 ppm Al 32 0.73

Unanalyzed / Non analysé 1 - 50% 200 5.50

Argon in Nitrogen CGA: 580Argon dans l'Azote


100 - 999 ppm 200 5.8880 2.32


50 - 999 ppm 200 5.8880 2.32

20 - 49 ppm 152 4.21< 50 ppm Al 32 0.74




54




m3

Argon in Oxygen CGA: 296Argon dans Oxygène


100 - 999 ppm 200 6.1380 2.42


50 - 999 ppm 200 6.1380 2.42

20 - 49 ppm 152 4.20< 50 ppm Al 32 0.84



Benzene in Air Al, FO CGA: 590Benzene dans l'Air Al, FO

Primary / Primaire 20 - 200 ppm 152 3.9032 0.80

Certified / Certifié 20 - 200 ppm 152 3.9032 0.80

Equipment Series Material DescriptionMesser Dual Stage SS M200/2S

55




m3

Benzene in Nitrogen Al CGA: 350Benzene dans l'Azote Al

Primary / Primaire 20 - 200 ppm 152 3.9032 0.80



n-Butane in Air FO CGA: 590n-Butane dans l'Air FO

Primary / Primaire 500 ppm - 0.75% 200 5.8080 2.29

50 - 499 ppm 152 3.96< 500ppm Al 32 0.79

Certified / Certifié 500 ppm - 0.75% 200 5.8080 2.29

10 - 499 ppm 152 3.96< 500ppm Al 32 0.791 - 9.9 ppm 152 3.96< 500ppm Al 32 0.79


56




m3

n-Butane in Helium CGA: 350n-Butane dans Hélium


50 - 499 ppm 152 3.70< 500ppm Al 32 0.74

Certified / Certifié 1.30% 24017223 200 5.55Nuclear Counter Mixture / Mélange pour compteurs nucléairs

500 ppm - 0.9% 200 5.4080 2.14



57




m3

n-Butane in Nitrogen CGA: 350n-Butane dans l'Azote


50 - 499 ppm 152 3.90< 500ppm Al 32 0.78

Certified / Certifié 500 ppm - 0.9% 200 5.7180 2.26



58




m3

Carbon Dioxide in Air CGA: 590

Dioxyde Carbone dans l'AirEPA Protocol / Normes EPA 1 - 35% 152 3.96

82 2.0432 0.85

360 - 420 ppm 152 3.9632 0.85

EDS1 1 - 20% 152 3.96Environmental Daily Standard 82 2.04

32 0.79EDS2 1 - 20% 152 3.96

Environmental Daily Standard 82 2.0432 0.79


100 - 999 ppm 152 3.9632 0.79


100 - 999 ppm 200 6.5280 2.58

10 - 99 ppm 152 3.96< 100 ppm Al 32 0.791 - 9.9 ppm 152 3.96< 100 ppm Al 32 0.79

Unanalyzed / Non analysé 0.1 - 30% 300 7.93200 6.52

See Special Applications Section for EPA, EDS1 and EDS2 Mixtures / Voir section applications spéciales pour mélanges EPA, EDS1, EDS2


59




m3

Carbon Dioxide in Argon CGA: 580Dioxyde Carbone dans Argon

Primary / Primaire 0.1 - 30% 300 8.92200 7.0180 2.42

100 - 999 ppm 152 4.2032 0.84

Certified / Certifié 0.1 - 30% 300 8.92200 7.01152 4.8180 2.4230 1.0232 0.8510 0.34

100 - 999 ppm 200 7.0180 2.4232 0.90


Unanalyzed / Non analysé 0.1 - 30% 200 7.01


60




m3

Carbon Dioxide in Carbon Monoxide Al

Dioxyde Carbone dans Monoxyde Carbone Al

Certified / Certifié 40% 24081214 152 4.0224102210 32 0.50

Furnace Atmosphere Mixture / Mélange pour l'atmosphère du four

0.1 - 20% 152 4.2532 0.87

100 - 999 ppm 152 3.9032 0.80

10 - 99 ppm 152 3.9032 0.80

Carbon Dioxide in Helium CGA: 580Dioxyde Carbone dans Hélium


100 - 999 ppm 152 3.7232 0.74


100 - 999 ppm 200 5.6980 2.25




61




m3

Carbon Dioxide in Nitrogen CGA: 580Dioxyde Carbone dans l'AzoteEPA Protocol / Normes EPA 1 - 35% 152 3.96

82 2.0432 0.85

2800 ppm - 0.99 % 152 3.9632 0.85

EDS1 1 - 20% 152 3.96Environmental Daily Standard 82 2.04

32 0.79EDS2 1 - 20% 152 3.96


Primary / Primaire 0.1 - 30% 300 7.71200 7.01152 3.9680 2.4232 0.85

100 - 999 ppm 200 5.93152 4.2082 2.1032 0.84

10 - 99 ppm 200 5.77< 100 ppm Al 152 4.20

62




m3

Carbon Dioxide in Nitrogen CGA: 580cont'd

Certified / Certifié 0.1 - 30% 300 7.71200 7.01152 3.9680 2.4282 2.0430 0.9032 0.7910 0.31

100 - 999 ppm 300 7.65200 7.01152 4.0180 2.4282 2.1030 0.8932 0.8410 0.30





63




m3

Carbon Dioxide in Oxygen CGA: 296Dioxyde Carbone dans Oxygène


100 - 999 ppm 200 7.0580 2.79


100 - 999 ppm 200 7.0580 2.79




64




m3

Carbon Monoxide in Air Al, FO CGA: 590Monoxyde Carbone dans l'Air Al, FO

EPA Protocol / Normes EPA 5 ppm - 5% 152 3.9682 2.0432 0.85

1 - 4.9 ppm 152 3.9632 0.85

EDS1 20 ppm - 2500 ppm 152 3.96Environmental Daily Standard 82 2.04

32 0.79EDS2 20 ppm - 2500 ppm 152 3.96


Primary / Primaire 0.1 - 6.25% 152 3.9632 0.79

Certified / Certifié 0.1 - 6.25% 152 3.9682 2.1732 0.79

10 - 999 ppm 152 3.9682 2.1732 0.79

1 - 9.9 ppm 152 3.9632 0.79

0.5 - 0.9 ppm 152 3.9632 0.79



65




m3

Carbon Monoxide in Nitrogen Al CGA: 350Monoxyde Carbone dans l'Azote Al


1 - 4.9 ppm 152 3.9632 0.85

EDS1 20 ppm - 2500 ppm 152 3.96Environmental Daily Standard 82 2.04

32 0.79EDS2 20 ppm - 2500 ppm 152 3.96



0.1 - 9.9% 152 3.9032 0.78

10 - 999 ppm 152 3.90Certified / Certifié 10 - 50% 152 3.90

32 0.780.1 - 9.9% 152 3.90

32 0.7810 - 999 ppm 152 3.90

32 0.781 - 9.9 ppm 152 3.90

32 0.780.5 - 0.9 ppm 152 3.90

32 0.78Unanalyzed / Non analysé 10 - 50% 152 3.90

0.1 - 9.9% 152 3.90



66




m3

Carbonyl Sulphide in Nitrogen Al

Oxysulfure de Carbone dans l'Azote Al

Certified / Certifié 50 - 1,000 ppm 152 3.7032 0.74

10 - 49 ppm DA 152 3.7032 0.74

1 - 9.9 ppm DA 152 3.7032 0.74

0.5 - 0.9 ppm DA 152 3.7032 0.74

Chlorine in Air CGA: 660Chlore dans l'Air

Certified / Certifié 1 - 3.5% 200 5.7930 0.91

1,000 - 9,999 ppm 204 5.7934 0.91

50 - 999 ppm DA 152 3.70< 1,000 ppm Al 32 0.7410 - 49 ppm DA 152 3.70< 1,000 ppm Al 32 0.745 - 9.9 ppm DA 152 3.70< 1,000 ppm Al 32 0.74


67




m3

Chlorine in Argon CGA: 660Chlore dans Argon


1,000 - 9,999 ppm 204 5.7934 0.91


Chlorine in Nitrogen CGA: 660Chlore dans l'Azote


1,000 - 9,999 ppm 204 5.7934 0.91



68




m3

Ethane in Air FO CGA: 590Éthane in Air FO


100 - 999 ppm 200 5.8080 2.29


Certified / Certifié 0.1 - 1.5% 200 5.8080 2.29

100 - 999 ppm 200 5.8080 2.29



69




m3

Ethane in Nitrogen CGA: 350Éthane dans l'Azote


100 - 999 ppm 200 5.9280 2.34

50 - 99 ppm 152 3.90< 100 ppm Al 32 0.78


100 - 999 ppm 200 5.9280 2.3432 0.79




70




m3

Ethylene in Air FO CGA: 590Éthylène dans l'Air FO


100 - 999 ppm 200 5.7980 2.29

50 - 99 ppm 152 3.90< 100 ppm Al 32 0.79


100 - 999 ppm 200 5.7980 2.29



71




m3

Ethylene in Nitrogen CGA: 350Éthylène dans l'Azote


100 - 999 ppm 200 5.8780 2.32

50 - 99 ppm 152 3.92< 100 ppm Al 32 0.80


100 - 999 ppm 200 5.8780 2.32

10 - 99 ppm 152 3.9282 1.90

< 100 ppm Al 32 0.801 - 9.9 ppm 152 3.92< 100 ppm Al 32 0.80



72




m3

Ethylene Oxide in Air Al, FO CGA: 350Oxyde d'éthylène dans l'Air Al, FO


4 - 9.9 ppm DA 152 3.9032 0.78

Ethylene Oxide in Nitrogen Al CGA: 350Oxyde d'éthylène dans l'Azote Al



73




m3

Helium in Argon CGA: 580Hélium dans Argon


500 - 999 ppm 200 5.5080 2.17


10 - 999 ppm 200 5.5080 2.17

1 - 9.9 ppm 152 4.20< 10 ppm Al 32 0.84


Equipment Series Material DescriptionMesser Dual Stage Brass M62BMesser Dual Stage SS M200/2S

Dual Stage Brass M200/2B

74




m3

Helium in Nitrogen CGA: 580Hélium dans l'Azote


500 - 999 ppm 200 5.5080 2.17

Certified / Certifié 0.1 - 20% 300 7.78200 5.50152 3.8980 2.1730 0.8632 0.76

10 - 999 ppm 200 5.5080 2.17

1 - 9.9 ppm 152 3.90< 10 ppm Al 32 0.78




75




m3

Hexane in Air FO CGA: 590Hexane dans l'Air FO

Primary / Primaire 100 - 700 ppm 200 5.77152 3.9680 1.7232 0.79

50 - 99 ppm 152 3.96< 100 ppm Al 32 0.79

Certified / Certifié 100 - 700 ppm 200 5.77152 3.9680 1.7232 0.79

10 - 99 ppm 152 3.96< 100 ppm Al 32 0.791 - 9.9 ppm 152 3.96< 100 ppm Al 32 0.790.5 - 0.9 ppm 152 3.96< 100 ppm Al 32 0.79

Concentrations above 700 ppm will be supplied at reduced pressure


76




m3

Hexane in Nitrogen CGA: 350Hexane dans l'Azote

Primary / Primaire 100 - 700 ppm 200 5.69152 3.9080 1.7032 0.78

50 - 99 ppm 152 3.90< 100 ppm Al 32 0.78

Certified / Certifié 100 - 700 ppm 200 5.69152 3.9080 1.7032 0.78

10 - 99 ppm 152 3.90< 100 ppm Al 32 0.781 - 9.9 ppm 152 3.90< 100 ppm Al 32 0.780.5 - 0.9 ppm 152 3.90< 100 ppm Al 32 0.78

Concentrations above 700 ppm will be supplied at reduced pressure


77




m3

Hydrogen in Air FO CGA: 590Hydrogène dans l'Air FO

Primary / Primaire 0.1 - 2% 200 5.75> 500 ppm steel / acier 80 2.27

Certified / Certifié 0.1 - 2% 200 5.75> 500 ppm steel / acier 80 2.27100 - 999 ppm 200 5.75> 500 ppm steel / acier 80 2.2710 - 99 ppm 152 3.96< 100 ppm Al 32 0.795 - 9.9 ppm 152 3.96< 100 ppm Al 32 0.79

Hydrogen in Argon CGA: 350Hydrogène dans Argon


Certified / Certifié 0.1 - 50% 300 9.37> 500 ppm steel / acier 200 5.50

80 2.1730 0.8610

100 - 999 ppm 200 5.50> 500 ppm steel / acier 80 2.1710 - 99 ppm 152 4.20< 100 ppm Al 32 0.845 - 9.9 ppm 152 4.20< 100 ppm Al 32 0.84

Unanalyzed / Non analysé 0.1 - 50% 200 5.50> 500 ppm steel / acier



78




m3

Hydrogen in Helium CGA: 350Hydrogène dans Hélium

Primary / Primaire 21 - 50% 200 5.53> 500 ppm steel / acier 80 2.121 - 20% 200 5.55> 500 ppm steel / acier 80 2.14

Certified / Certifié Helifuel FID 0.1 24075741 200 5.7740%, THC<0.1 ppm 24063936 80 1.94Helifuel FID 0.5 24063839 200 5.7740%, THC<0.5 ppm

TCD Mixture 24017291 200 5.558.5%, Thermal Conductivity Detector (TCD) Mixture

21 - 50% 200 5.53> 500 ppm steel / acier 80 2.121 - 20% 200 5.55> 500 ppm steel / acier 80 2.14500 - 9,999 ppm 200 5.55> 500 ppm steel / acier 80 2.1410 - 499 ppm 152 3.72< 100 ppm Al 32 0.745 - 9.9 ppm 152 3.72< 100 ppm Al 32 0.74

Unanalyzed / Non analysé 21 - 50% 200 5.53> 500 ppm steel / acier

1 - 20% 200 5.55> 500 ppm steel / acier

See Special Applications Section for other FID Mixtures / Voir section applications spéciales pour mélanges FID



79




m3

Hydrogen in Nitrogen CGA: 350Hydrogène dans l'Azote


Certified / Certifié Nitifuel FID 0.5 24063964 300 7.7140%, THC<0.5 ppm 24063966 200 5.55

24063938 80 2.1024063908 30 0.83

0.1 - 50% 200 5.50> 500 ppm steel / acier 80 2.17100 - 999 ppm 200 5.50> 500 ppm steel / acier 80 2.1710 - 99 ppm 152 3.72< 100 ppm Al 32 0.745 - 9.9 ppm 152 3.72< 100 ppm Al 32 0.74

Unanalyzed / Non analysé 0.1 - 50% 200 5.50> 500 ppm steel / acier

See Special Applications Section for more FID Mixtures / Voir section applications spéciales pour mélanges FID



80




m3

Hydrogen Chloride in Nitrogen CGA: 330Chlorure Hydrogène dans l'Azote

Certified / Certifié 1,001 ppm - 5% 204 5.7934 0.91

500 - 1,000 ppm DA 152 3.90< 1,000 ppm Al 32 0.7820 - 499 ppm DA 152 3.90< 1,000 ppm Al 32 0.78

Hydrogen Sulphide in Air Al, FO

Sulfure Hydrogène dans l'Air Al, FO

Certified / Certifié 100 - 9,999 ppm DA 152 3.6632 0.72

10 - 99 ppm DA 152 3.6632 0.72


Hydrogen Sulphide in Hydrogen CGA: 330Sulfure Hydrogène dans Hydrogène

Certified / Certifié 100 - 9,999 ppm 152 3.66< 1% Al 32 0.7220 - 99 ppm 152 3.66< 1% Al 32 0.7210 - 19 ppm DA 152 3.66< 1% Al 32 0.721 - 9.9 ppm DA 152 3.66< 1% Al 32 0.72


81




m3

Hydrogen Sulphide in Methane CGA: 330Sulfure Hydrogène dans Méthane

Certified / Certifié 100 - 9,999 ppm 152 4.90< 1% Al 32 0.9850 - 99 ppm 152 4.90< 1% Al 32 0.9810 - 49 ppm DA 152 4.90< 1% Al 32 0.981 - 9.9 ppm DA 152 4.90< 1% Al 32 0.98


82




m3

Hydrogen Sulphide in Nitrogen CGA: 330Sulfure Hydrogène dans l'AzoteEPA Protocol / Normes EPA 1 - 1000 ppm 152 3.96

32 0.85Primary / Primaire 1 - 5% 200 5.77

> 1% steel / acier 80 2.301,000 - 9,999 ppm 152 3.99< 1% Al 32 0.80

Certified / Certifié 1 - 5% 200 5.77> 1% steel / acier 80 2.30100 - 9,999 ppm 152 3.99

82 1.98< 1% Al 32 0.8020 - 99 ppm 152 3.99< 1% Al 32 0.8010 - 19 ppm DA 152 3.99< 1% Al 32 0.801 - 9.9 ppm DA 152 3.99< 1% Al 32 0.800.5 - 0.9 ppm DA 152 3.99< 1% Al 32 0.80



83




m3

Isobutane in Air FO CGA: 590Isobutane dans l'Air FO


50 - 999 ppm 200 5.9380 2.22


50 - 999 ppm 200 5.9380 2.22


Isobutane in Helium CGA: 350Isobutane dans Hélium

Certified / Certifié 0.95% 24017255 200 5.55Nuclear Counter Mixture / Mélange pour compteurs nucléairs


84




m3

Isobutane in Nitrogen CGA: 350Isobutane dans l'Azote


50 - 999 ppm 200 5.7780 2.14


50 - 999 ppm 200 5.7780 2.14

10 - 49 ppm 152 3.90< 50 ppm Al 32 0.781 - 9 ppm 152 3.90< 50 ppm Al 32 0.78



85




m3

Methane in Air FO CGA: 590Méthane dans l'Air FO

EPA Protocol / Normes EPA 1 - 1000 ppm 152 3.9632 0.85

Primary / Primaire 0.1 - 2.5% 200 5.79152 3.2180 2.29

10 - 999 ppm 200 5.7980 2.29


10 - 999 ppm 200 5.79152 4.0280 2.29

1 - 9 ppm 200 5.7980 2.29




86




m3

Methane in Argon CGA: 350Méthane dans Argon


50 - 999 ppm 200 6.2080 2.42

Certified / Certifié Ultra P-5 24017270 300 8.495%, O2 < 1 ppm, H2O < 1 ppm 24017269 200 6.27Electron Capture Detector (ECD) Mixtures

P-5 24017266 300 8.495%, O2 < 2 ppm, H2O < 5 ppm 24017265 200 6.27

24017267 80 2.49Electron Capture Detector (ECD) Mixtures

Ultra P-10 24017220 300 8.4910%, O2 < 5 ppm, H2O < 5 ppm 24017219 200 6.27

24017221 80 2.41Nuclear Counter Mixtures

P-10 24017217 300 8.4910% 24017216 200 6.27

24017218 80 2.4124100972 30 0.97

Nuclear Counter Mixtures

0.1 - 10% 300 8.47200 6.2080 2.4230 0.97

10 - 999 ppm 200 6.20152 4.2080 2.42

1 - 9.9 ppm 200 6.20152 4.2080 2.42


See Special Applications Sectionfor P-5 and P-10 Pricing / Voir section applications spéciales pour tarification P-5 et P-10



87




m3

Methane in Hydrogen CGA: 350Méthane dans Hydrogène


50 - 999 ppm 200 5.3480 2.11


10 - 999 ppm 200 5.3480 2.11

1 - 9.9 ppm 200 5.3480 2.11




88




m3

Methane in Nitrogen CGA: 350Méthane dans l'AzoteEPA Protocol / Normes EPA 1 - 10 % 152 3.96


80 2.4230 0.9132 0.78

50 - 999 ppm 200 6.2080 2.4230 0.8432 0.74


10 - 999 ppm 200 6.20152 3.8280 2.4232 0.74

1 - 9 ppm 200 6.2080 2.42





89




m3

Methanol in Air Al, FO CGA: 590Méthanol dans l'Air Al, FO


Methanol in Nitrogen Al CGA: 350Méthanol dans l'Azote Al



Methyl Mercaptan in Nitrogen Al CGA: 350Méthylmercaptan dans l'Azote Al


1 - 9 ppm 152 3.1632 0.63


90




m3

Nitric Oxide in Helium Al CGA: 660Oxyde Nitrique dans Hélium Al


100 - 999 ppm 152 3.9032 0.78

20 - 99 ppm 152 3.9032 0.78

10 - 19 ppm DA 152 3.9032 0.78

1 - 9 ppm DA 152 3.9032 0.78

0.2 - 0.9 ppm DA 152 3.9032 0.78


91




m3

Nitric Oxide in Nitrogen Al CGA: 660Oxyde Nitrique dans l'Azote Al

EPA Protocol / Normes EPA 20 - 3900 ppm 152 3.9682 2.0432 0.85

15 - 19 ppm 152 3.9682 2.0432 0.85

0.5 - 14 ppm 152 3.9632 0.85

EDS1 20 - 3900 ppm 152 3.96Environmental Daily Standard 82 2.04

32 0.79EDS2 20 - 3900 ppm 152 3.96



100 - 999 ppm 152 3.90< 100 ppm offer/offrir EDS1 32 0.78


100 - 999 ppm 152 3.9082 2.1632 0.78

20 - 99 ppm 152 3.9082 2.0432 0.78

10 - 19 ppm DA 152 3.9032 0.78

1 - 9 ppm DA 152 3.9032 0.78

0.2 - 0.9 ppm DA 152 3.9082 1.9732 0.78



92




m3

Nitrogen in Argon CGA: 580l'Azote dans Argon


100 - 999 ppm 200 5.8880 2.33


100 - 999 ppm 200 5.8880 2.33




93




m3

Nitrogen in Helium CGA: 580

l'Azote dans HéliumPrimary / Primaire 21 - 50% 200 5.55

80 2.160.1 - 20% 200 5.42

80 2.11100 - 999 ppm 200 5.42

80 2.11Certified / Certifié 21 - 50% 200 5.55

80 2.160.1 - 20% 300 7.78

200 5.4280 2.11

100 - 999 ppm 200 5.4280 2.11


Unanalyzed / Non analysé 21 - 50% 200 5.550.1 - 20% 200 5.42


94




m3

Nitrogen in Hydrogen CGA: 350l'Azote dans Hydrogène


100 - 999 ppm 200 5.4180 2.14


100 - 999 ppm 200 5.4180 2.1430 0.83




95




m3

Nitrogen Dioxide in Air Al CGA: 660Dioxyde Azote dans l'Air Al

EPA Protocol / Normes EPA 50 - 100 ppm 152 3.9632 0.85

10 - 49 ppm DA 152 3.9632 0.85

Certified / Certifié 100 ppm - 1% 152 1.2032 0.24

50 - 99 ppm 152 1.2032 0.24

10 - 49 ppm DA 152 1.2082 1.9732 0.24

5 - 9 ppm DA 152 1.2032 0.24


Nitrogen Dioxide in Nitrogen Al CGA: 660Dioxyde Azote dans l'Azote Al

Certified / Certifié 100 ppm - 1% 152 1.2082 1.9732 0.24

50 - 99 ppm 152 1.2082 1.9732 0.24

10 - 49 ppm DA 152 1.2082 1.9732 0.24

5 - 9.9 ppm DA 152 1.2032 0.24



96




m3

Nitrous Oxide in Nitrogen CGA: 590Oxyde Nitreux dans l'Azote

Primary / Primaire 1 - 10% 300 7.64200 5.8980 2.33

100 - 9,999 ppm 200 5.89152 3.7080 2.33

10 - 99 ppm 200 5.8980 2.33

1 - 9.9 ppm 152 3.70< 10 ppm Al 32 1.10

Certified / Certifié 1 - 10% 200 5.8980 2.3330 0.89

100 - 9,999 ppm 200 5.89152 3.7080 2.3332 0.74

20 - 99 ppm 200 5.89152 3.7080 2.33



97




m3

Oxygen in Argon CGA: 580, 590, 296Oxygène dans Argon


500 - 999 ppm 200 6.1380 2.47


100 - 999 ppm 200 6.1380 2.47




98




m3

Oxygen in Helium CGA: 580, 590, 296Oxygène dans Hélium


0.1 - 20.9% 200 5.4380 2.18

500 - 999 ppm 200 5.4380 2.18

Certified / Certifié 21 - 50% 200 5.9380 2.38

0.1 - 20.9% 200 5.4380 2.18

100 - 999 ppm 200 5.4380 2.18


Unanalyzed / Non analysé 21 - 50% 200 5.930.1 - 20.9% 200 5.43


99




m3

Oxygen in Nitrogen CGA: 580, 590, 296Oxygène dans l'AzoteEPA Protocol / Normes EPA 1 - 22.6% 152 3.96

82 2.0432 0.85

10 ppm - 0.99% 152 3.9632 0.85

EDS1 1 - 22.6% 152 3.96Environmental Daily Standard 82 2.04

32 0.79EDS2 1 - 22.6% 152 3.96



500 - 999 ppm 200 6.1380 2.14

Certified / Certifié 0.1 - 50% 300 7.47200 6.13152 3.7080 2.1430 0.9232 0.7610 0.31

100 - 999 ppm 200 6.1380 2.14


32 0.84Unanalyzed / Non analysé 0.1 - 50% 200 6.13



100




m3

Propane in Air FO CGA: 590Propane dans l'Air FO

EPA Protocol / Normes EPA 1 ppm - 500 ppm 152 3.9632 0.85

Primary / Primaire 0.1 - 1.1% 200 5.80152 3.9680 2.2932 0.80

50 - 999 ppm 200 5.80152 3.9680 2.2932 0.80


Certified / Certifié 0.1 - 1.1% 200 5.80152 3.9680 2.2982 1.5832 0.80

50 - 999 ppm 200 5.80152 3.9680 2.2932 0.80




101




m3

Propane in Nitrogen CGA: 350Propane dans l'AzoteEPA Protocol / Normes EPA 100 ppm - 2% 152 3.96


152 3.9880 2.3032 0.80

50 - 999 ppm 200 5.80152 3.9880 2.3032 0.80

10 - 49 ppm 152 3.98< 50 ppm Al 32 0.80


50 - 999 ppm 200 5.80152 3.9880 2.3032 0.80





102




m3

Propylene in Air FO CGA: 590Propylène dans l'Air FO


100 - 999 ppm 200 5.8080 2.29

50 - 99 ppm 152 3.96< 100 ppm Al 32 0.79


100 - 999 ppm 200 5.8080 2.29



103




m3

Propylene in Nitrogen CGA: 350Propylène dans l'Azote


100 - 999 ppm 200 5.5380 2.19

50 - 99 ppm 152 3.90< 100 ppm Al 32 0.79


100 - 999 ppm 200 5.5380 2.19




104




m3

Sulphur Dioxide in Air Al CGA: 660Dioxyde Soufre dans l'Air Al


10 - 19 ppm 152 3.9682 2.0432 0.85

1 ppm - 9.9 ppm 152 3.9632 0.85


32 0.7910 - 19 ppm DA 152 3.96

82 2.0432 0.79


32 0.7910 - 19 ppm DA 152 3.96

82 2.0432 0.79


20 - 999 ppm 152 3.9932 0.80

10 - 19 ppm DA 152 3.9932 0.80

1 - 9.9 ppm DA 152 3.9932 0.80


105




m3

Sulphur Dioxide in Nitrogen Al CGA: 660Dioxyde Soufre dans l'Azote Al


10 - 19 ppm 152 3.9682 2.0432 0.85

1 ppm - 9.9 ppm 152 3.9632 0.85


32 0.8510 - 19 ppm DA 152 3.96

82 2.0432 0.79


32 0.7910 - 19 ppm DA 152 3.96

82 2.0432 0.79


20 - 999 ppm 152 3.9232 0.78

10 - 19 ppm DA 152 3.9282 2.0432 0.78

1 - 9.9 ppm DA 152 3.9232 0.78



106




m3

Sulphur Hexafluoride in Air CGA: 590Hexafluorure de Soufre dans l'Air


0.1 - 5% 200 6.0680 2.39

501 - 999 ppm 200 6.0680 2.39



0.1 - 5% 200 6.0680 2.39

501 - 999 ppm 200 6.0680 2.39


Unanalyzed / Non analysé 5.1 - 10% 200 6.060.1 - 5% 200 6.06



107




m3

Sulphur Hexafluoride in Nitrogen CGA: 580Hexafluorure de Soufre dans l'Azote


0.1 - 5% 200 5.9380 2.35

501 - 999 ppm 200 5.9380 2.35

100 - 500 ppm 152 3.90< 500 ppm Al 32 0.7850 - 99 ppm 152 3.90< 500 ppm Al 82

32 0.78Certified / Certifié 5.1 - 10% 200 5.93

80 2.350.1 - 5% 200 5.93

80 2.35501 - 999 ppm 200 5.93

80 2.35100 - 500 ppm 152 3.90< 500 ppm Al 32 0.7810 - 99 ppm 152 3.90< 500 ppm Al 32 0.78

Unanalyzed / Non analysé 5.1 - 10% 200 5.930.1 - 5% 200 5.93



108




m3

Water in Argon Al 152 CGA: 580Humidité dans Argon Al 152

Certified / Certifié 10 - 500 ppm DA 152 3.905 - 9.9 ppm DA 152 3.90

Water in Helium Al 152 CGA: 580Humidité dans Hélium Al 152


Water in Hydrogen Al 152 CGA: 350Humidité dans Hydrogène Al 152


Water in Nitrogen Al 152 CGA: 580Humidité dans l'Azote Al 152



109

Special Applications Mixtures



CGA: 350 m3

5% (Ultra P-5) 24017270 300 8.49O2 < 1 ppm, H2O < 1 ppm 24017269 200 6.27

5% (P-5) 24017266 300 8.49O2 < 2 ppm, H2O < 5 ppm 24017265 200 6.27

24017267 80 2.49


CGA: 350 m3

8.5% 24017291 200 5.55


Electron Capture Detector (ECD) MixturesMélanges pour détecteurs à capture d'électrons (DCE)Methane Gr. 4.0 in Argon Gr. 5.0 / Méthane Gr. 4.0 dans Argon Gr. 5.0

Methane in Argon / Méthane dans Argon


Thermal Conductivity Detector (TCD) Mixture

Hydrogen in Helium


110




CGA: 350 m3

1.3% 24017223 200 5.55

0.95% 24017255 200 5.55

10% (Ultra P-10) 24017220 300 8.49O2 < 5 ppm, H2O < 5 ppm 24017219 200 6.27

24017221 80 2.4110% (P-10) 24017217 300 8.49

24017216 200 6.2724017218 80 2.4124100972 30 0.97



Butane in Helium

Isobutane in Helium

Nuclear Counter MixturesMélanges pour compteurs nucléairs

Methane in Argon / Méthane dans Argon

111




CGA: 350 m3

40% 24075741 200 5.77THC < 0.1 ppm 24063936 80 1.94

40% 24063839 200 5.77THC < 0.5 ppm

40%

40% 24063964 300 7.71THC < 0.5 ppm 24063966 200 5.55

24063938 80 2.124063908 30 0.83


CGA: 350 m3

3% Ethane / Éthane 24098259 152 3.79

24% Methane / Méthanein Hydrogen / dans Hydro


Mélange pour résistance à l'inflammation (test du tissu)


18% Carbon Monoxide / Monoxyde Carbone

Requires aluminum cylinder / Exige des bouteilles en aluminum

Flame Ionization Detector (FID) Mixtures

Hydrogen in Helium / Hydrogène dans Hélium (Helifuel FID 0.1)

Hydrogen in Helium / Hydrogène dans Hélium (Helifuel FID 0.5)


Hydrogen in Nitrogen / Hydrogène dans l'Azote (Nitrifuel FID 0.1)

Hydrogen in Nitrogen / Hydrogène dans l'Azote (Nitrifuel FID 0.5)

Flame Resistance of Cloth Test Mixture

Mélanges pour détecteurs à ionisation de flamme (DIF)

112




CGA: 590 m3

2% (50% LEL) 24074862 200 5.93

2.50% (50% LEL) 24062735 200 5.931.25% (25% LEL) 24081880 200 5.930.50% (10% LEL) 24067853 200 5.93

1.1% (50% LEL) 24077253 200 4.38


CGA: 350 m3

40.0% 24081214 152 4.08


Flammable Limit Gas Mixtures

Hydrogen in Air

Methane in Air

Propane in Air


Furnace Atmosphere Mixture

Carbon Dioxide in Carbon Monoxide


113




CGA: 580 m3

0.5 - 10% 300 7.71200 5.77

0.1 -5% 300 7.71200 5.77


Helium in Nitrogen


Sulphur Hexafluoride in Nitrogen

Leak Detection Mixtures

114

EPA Protocol and Evironmental Daily Standards

MixtureComponent

Concentration Range

Size Content

MélangeComposant éventail de

concentrationTaille

Contenu (approx.)

Application:

Components Balance gas Concentration range

Period (years) a

Ammonia Nitrogen 5 to 50 ppm 1

Carbon dioxide Air b 360 to 420 ppm 8

Carbon dioxide Nitrogen 5 ppm to 20% 8

Carbon monoxide Air 40 to 500 ppb TBD

Carbon monoxide Air 500 ppb to 10% 8

Carbon monoxide Nitrogen 1 ppm to 15% 8

Formaldehyde Nitrogen 0.5 to 10 ppm 1

Hydrogen chloride c Nitrogen 10 to 5000 ppm 2

Hydrogen sulfide Nitrogen 1 to 1000 ppm 3

Methane Air 1 to 1000 ppm 8

Methane Nitrogen 500 ppb to 10% 8

Methanol or ethanol Nitrogen or Air 75 to 500 ppm 4

Natural gas components d Natural gas Contact NIST 4

Nitric oxide O2-free nitrogen e 0.5 to 50 ppm 3

Nitric oxide O2-free nitrogen e 50 ppm to 1% 8

Nitrous oxide Air 300 ppb to 5% 8

Oxides of nitrogen f Air 3 ppm to 1% 3

Oxygen Nitrogen 10 ppm to 25% 8

Propane Air 0.1 to 500 ppm 8

Propane Nitrogen 5 ppb to 2% 8

Sulfur dioxide Nitrogen 1 to 50 ppm 4

Sulfur dioxide Nitrogen 50 ppm to 1%- 8

Volatile organics Nitrogen 1 ppb to 1 ppm 4

Zero air material g Air Not applicable Unlimited

Multicomponent mixtures — — See protocol

Mixtures with lower concentrations — — See protocol

EPA Protocol Gas Standards for Continuous Emission MonitoringGas Mixtures, Concentration Ranges, and Maximum Certification Periods for EPA Protocol Gases under the 2012 EPA Traceability Protocol.

Source: EPA Traceability protocol for gaseous calibration standards (the "Green Book"), June 2012

a Specialty gas producers may elect to certify candidate standards for less than the maximum certification period. Each producer has discretion in this matter. See protocol.

f NIST defines its total NO X standards as containing nitrogen dioxide plus contaminant nitric acid.g Concentrations of SO 2 , NO X, and THC are not >0.1 ppm; concentration of CO is not >1 ppm; and concentration of CO 2 is not >400 ppm as per 40 CFR Part 72.2. Zero air material may be

contained in steel cylinders.

40CFR Parts 50, 58, 60 and 75 specify that gaseous pollutant concentration standards used for calibration and audit of continuous emission monitors (CEM) and ambient air quality analyzers be analyzed according to EPA Traceability Protocol for Assay and Certification of Gaseous Calibration Standards 600/R-97/121. Messer EPA Standards are manufactured, analyzed and certified to meet all of the requirements of EPA-600/R-97/121 (Revised 2012).

d Natural gas components are methane, ethane, propane, n-butane, iso-butane, n-pentane, iso-pentane, helium, nitrogen, and carbon dioxide.e O 2 -free nitrogen contains ≤ 100 ppb of oxygen.

b "Air" is defined as a mixture of oxygen and nitrogen where the minimum concentration of oxygen is 10 percent and the concentration of nitrogen is greater than 60 percent.c Hydrogen chloride may be contained in passivated aluminum or nickel-coated steel cylinders.

115


MixtureComponent

Concentration Range

Size Content


concentrationTaille

Contenu (approx.)

m3

Carbon Dioxide in Air or N2 / Dioxyde Carbone dans l'Air ou N2 1 - 35% 1 152/82/32 3.96/2.04/0.85Carbon Monoxide in Air / Monoxyde Carbone dans l'Air 5 ppm – 5% 2

Carbon Monoxide in N2 / Monoxyde Carbone dans N2 5 ppm – 5% 2

Nitric Oxide in N2 / Oxyde Nitrique dans N2 15 - 3,900 ppmNitrogen Dioxide in Air / Dioxyde Azote dans l'Air 10 ppm - 100 ppmOxygen in N2 / Oxygène dans N2 1 - 22.6%Sulphur Dioxide in Air or N2 / Dioxyde Soufre dans l'Air ou N2 10 ppm – 5% 3

Reactive/RéactifCarbon Dioxide / Dioxyde Carbone 1 -35% 1 No/NonCarbon Monoxide / Monoxyde Carbone 5 ppm – 5% 2 No/NonNitric Oxide / Oxyde Nitrique 15 – 3,900 ppm Yes/OuiNitrogen Dioxide / Dioxyde Azote 10 ppm - 100 ppm Yes/OuiOxygen / Oxygène 1 – 22.6% No/NonSulphur Dioxide / Dioxyde Soufre 10 ppm – 5% 3 Yes/Oui

152/82/32 3.96/2.04/0.85

Recommended regulator upon request

3 Minor Components - Non-reactive / 3 Composants mineurs - Non-réactif

2 CO: 20 - 2,500 ppm Procedure/Procédure G1; 5 - <20 ppm & >2,500 ppm - 5% Procedure/Procédure G23 SO2: 10 - 2,500 ppm Procedure/Procédure G1; >2,500 ppm - 5% Procedure/Procédure G24 According to US EPA definitions H2S, NH3 , NO, NO2 and SO2 are considered reactive components - dual analysis required / Conformément aux definitions de EPA des Etats Unis H2S, NH3, NO, NO2 et SO2 sont des composants reactifs - deux analyses sont obligatoire

3 Minor Components - Reactive / 3 Composants mineurs - Réactif


Multi Component EPA / Multi Composant EPA


EPA Protocol Gas Standards - WhitbyNormes EPA - Whitby1 Minor Component / 1 Composant mineur

1 CO2: 1 - 20% Procedure/Procédure G1; >20 - 35% Procedure/Procédure G2


116


MixtureComponent

Concentration Range

Size Content


concentrationTaille

Contenu (approx.)

m3

Ammonia in N2 / Ammoniac dans N2 5 - 50 ppm 152 / 32 3.96 / 0.85Carbon Dioxide in Air / Dioxyde Carbone dans dans l'Air 360 - 420 ppmCarbon Dioxide in N2 / Dioxyde Carbone dans N2 2,800 ppm - 0.99%Carbon Monoxide in Air / Monoxyde Carbone dans l'Air 1 ppm - 10%Carbon Monoxide in N2 / Monoxyde Carbone dans N2 1 ppm - 15%Hydrogen Sulphide in N2 / Sulfure hydrogène dans N2 1 - 1,000 ppmMethane in Air / Méthane dans l'Air 1 - 1,000 ppmMethane in N2 / Méthane dans N2 1 - 10%Nitric Oxide in N2 / Oxyde Nitrique dans N2 0.5 ppm - 1%Nitrogen Dioxide in Air / Dioxyde Azote dans l'Air 3 ppm - 1%Oxygen in N2 / Oxygène dans N2 10 ppm - 0.99%Propane in Air / Propane dans l'Air 1 ppm - 500 ppmPropane in N2 / Propane dans N2 1 ppm - 2%Sulphur Dioxide in N2 / Dioxyde Soufre dans N2 1 ppm - 9 ppmRecommended regulator upon request

Normes EPA - Sur demande1 Minor Component / 1 Composant mineur

EPA Protocol Gas Standards - On request

117


MixtureComponent

Concentration Range

Size Content


concentrationTaille

Contenu (approx.)

m3

Application:

Carbon Dioxide in Air or N2 / Dioxyde Carbone dans l'Air ou N2 1 -20% 152 /82 / 32 3.96/2.04 / 0.85Carbon Monoxide in Air / Monoxyde Carbone dans l'Air 20 ppm – 2,500 ppmCarbon Monoxide in N2 / Monoxyde Carbone dans N2 20 ppm – 2,500 ppmNitric Oxide in N2 / Oxyde Nitrique dans N2 20 – 3,900 ppmOxygen in N2 / Oxygène dans N2 1 – 22.6%Sulphur Dioxide in Air or N2 / Dioxyde Soufre dans l'Air ou N2 10 ppm – 2,500 ppm

Reactive/RéactifCarbon Dioxide in Air or N2 / Dioxyde Carbone dans l'Air ou N2 1 -20% No/NonOxygen in N2 / Oxygène dans N2 1 – 22.6% No/NonCarbon Monoxide in N2 / Monoxyde Carbone dans N2 20 ppm – 2,500 ppm No/NonCarbon Monoxide in Air / Monoxyde Carbone dans l'Air 20 ppm – 2,500 ppm No/NonNitric Oxide in N2 / Oxyde Nitrique dans N2 20 – 3,900 ppm Yes/OuiSulphur Dioxide in Air or N2 / Dioxyde Soufre dans l'Air ou N2 10 ppm – 2,500 ppm Yes/Oui

152/82/32 3.96/2.04/0.85



Environmental Daily Standards (EDS1)Normes environnementales (EDS1)

1 Minor Component / 1 Composant mineur

Multi Component EDS1 / Multi Composant EDS1


Messer’s EDS1 standards are designed for daily calibration requirements for continuous emissions monitors as specified in 40CFR60. EDS1 standard comes with a 1% certification of minor components. While directly traceable to a NIST SRM, EDS1 standards are not required to be certified using the EPA 600/R Protocol procedure.



118


MixtureComponent

Concentration Range

Size Content


concentrationTaille

Contenu (approx.)

m3

Application:

Carbon Dioxide in Air or N2 / Dioxyde Carbone dans l'Air ou N2 1 -20% 152 /82 / 32 3.96/2.04 / 0.85Carbon Monoxide in Air / Monoxyde Carbone dans l'Air 20 ppm – 2,500 ppmCarbon Monoxide in N2 / Monoxyde Carbone dans N2 20 ppm – 2,500 ppmNitric Oxide in N2 / Oxyde Nitrique dans N2 20 – 3,900 ppmOxygen in N2 / Oxygène dans N2 1 – 22.6%Sulphur Dioxide in Air or N2 / Dioxyde Soufre dans l'Air ou N2 10 ppm – 2,500 ppm

Reactive/RéactifCarbon Dioxide in Air or N2 / Dioxyde Carbone dans l'Air ou N2 1 -20% No/NonOxygen in N2 / Oxygène dans N2 1 – 22.6% No/NonCarbon Monoxide in N2 / Monoxyde Carbone dans N2 20 ppm – 2,500 ppm No/NonCarbon Monoxide in Air / Monoxyde Carbone dans l'Air 20 ppm – 2,500 ppm No/NonNitric Oxide in N2 / Oxyde Nitrique dans N2 20 – 3,900 ppm Yes/OuiSulphur Dioxide in Air or N2 / Dioxyde Soufre dans l'Air ou N2 10 ppm – 2,500 ppm Yes/Oui

152/82/32 3.96/2.04/0.85


Environmental Daily Standards (EDS2)



Multi Component EDS2 / Multi Composant EDS2



Normes environnementales (EDS2)


Messer’s EDS2 standards are designed for daily calibration requirements for continuous emissions monitors as specified in 40CFR60. EDS2 standards provide a 2% certification on minor components. While directly traceable to a NIST SRM, EDS2 standards are not required to be certified using the EPA 600/R Protocol procedure.

119

PROTOCOL GASES

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

m3

Application:

Concentration range Blend Tolerance Analytical Accuracy

Analytical Accuracy

<100 ppb Inquire Inquire Inquire Inquire100 ppb to 99 ppb ±20% ±10% ±10% ±5%

1 ppm to 9999 ppm ±10% ±5% ±5% ±1%>1% ±5% ±2% ±1% ±0.02% absolute

Ammonia (NH3) Zero Air 25 ppm to 6% 2

Ammonia (NH3) N2 1 ppm to 10% 2

Benzene (C6H6) Zero Air

Benzene (C6H6) N2

Carbon Dioxide (CO2) Zero Air 1 ppm to 20%Carbon Dioxide (CO2) N2 1 ppm to 20%Carbon Monoxide (CO) Zero Air 500 ppb to 3% 2

Carbon Monoxide (CO) N2 500 ppb to 20%Ethylene Oxide (C2H2O) N2 1 ppm to 1% 1

Ethanol (C2H5OH) N2 1 ppm to 1000 ppm 1

Formaldehyde (CHCO) N2 1 ppm to 20 ppmHexane (C6H14) Zero Air

Hexane (C6H14) N2

Hydrogen Chloride (HCl) N2 10 ppm to 1%Hydrogen Sulfide (H2S) Zero Air 5 ppm to 1000 ppmHydrogen Sulfide (H2S) N2 1 ppm to 3%Mercury (Hg) N2 or Zero Air 2 µg/m3 to 60 µg/m3

Methane (CH4) Zero Air 1 ppm to 2.5% 2

Methane (CH4) N2 1 ppm to 10%Nitric Oxide (NO) N2 500 ppb to 2%Nitrogen Dioxide (NO2) Zero Air 25 ppm to 0.5%Nitrous Oxide (N2O) N2 20 ppb to 5%Phosphine (PH3) N2

Propane (C3H8) Zero Air 10 ppb to 1.1% 1,2

Propane (C3H8) N2 10 ppb to 25%Sulfur Dioxide (SO2) Zero Air 5 ppm to 2%Sulfur Dioxide (SO2) N2 500 ppb to 2%Sulfur Hexafluoride (SF6) Zero Air 100 ppt to 1%Sulfur Hexafluoride (SF6) N2 100 ppt to 1%Toluene (C6H5CH3) Zero Air 1 ppm to 100 ppm 1

Toluene (C6H5CH3) N2 10 ppb to 100 ppm 1

Vinyl chloride (C2H3Cl) Zero Air 1 ppm to 2000 ppm 1

Vinyl chloride (C2H3Cl) N2

Certified Environmental Calibration Standards

Certified Environmental Calibration Standards

Blend TolerancePrimary StandardsCertified Standards

Certified and primary calibration gas standards are used for instrument calibration and other monitoring and measurement applications where either use of an EPA Protocol calibration standard is not required or an EPA Protocol standard is not available.

1 ppm to 1000 ppm 1, 2

10 ppb to 1000 ppm 1

1 Vapor pressure constraints will limit fill pressure/volume at higher concentrations of this standard.2 Flam/ox constraints will limit fill pressure/volume at higher concentrations of this standard.

100 ppb to 5000 ppm 1,2


100 ppb to 1000 ppm


120

PROTOCOL GASES

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

m3

Application:

Stability

1 μg/m3 - 60 μg/m3

@ 20°C 760 mm Hg20 μg/m3 bal air V24095628 152 3.96

Balance research grade air 60 μg/m3 bal air V24089672 152 4

or research grade N2 60 μg/m3 bal N2 V24087674 152 3.7

Equipment Series SAP # MaterialSilcoNert 1020 11314356 Treated 316L

stainless steel diaphragms; metal-to-metal diaphragm seals


Gaseous Mercury (Hg0) Calibration Standards

Gaseous Mercury (Hg0) Calibration Standards

6 months

Dual stage, six-port

With current and proposed worldwide regulations mandating the monitoring and/or control of mercury emissions, it is extremely important to have a reliable standard for required periodic calibration of the monitoring equipment.

Type

121

PROTOCOL GASES

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

Application:

Blend ToleranceAnalytical Accuracy

Stability

HCl balance N2 10 ppm to 1% 152, PCG6R

4000 l, 104 l

HCl / SF6 balance N2 152, PCG6R

4000 l, 104 l

Methods 26, 26A & 32112 months

± 10%

HCl and HCl/SF6US EPA Methods 26 and 26A are utilized for the determination of HCl emissions from combustions stacks, primarily waste incinerators. US EPA Method 321 is utilized for HCl emissions from Portland cement plants.

10-100 ppm HCl / 2-5 ppm SF6

± 5%

Methods 26, 26A & 321

122

PROTOCOL GASES

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

Application:

CO2 Bal N2 1 – 20% PAL 45 700 l

CO Bal N2 8 ppm – 6% PAL 45 700 l

CH4 Bal N2 1- 1000 ppm PAL 45 700 l

NO2 bal N2 80 – 1000 ppm PAL 45 700 l

NO Bal N2 10 – 3900 ppm PAL 45 700 l

NITROGEN DIOXIDE 80PPM AIR BAL P24090461 PAL 45 650 l

O2 Bal N2 1 – 23% PAL 45 700 l

C3H8 Bal N2 1 ppm – 2% PAL 45 700 l

SO2 Bal N2 40 – 4550 ppm PAL 45 700 l

CO 1000 PPM NO 750PPM N2 BAL P24090460 PAL 45 650 l

Equipment Series SAP # Material11268048 AL 35011268636 AL 59011277558 AL/VIT

4902 from Premier



U.S. EPA Protocols for Portable Analyzers

TypeDEMAND FLOW REG 4902 50-11934-01 AL 350

DEMAND FLOW REG 4902 50-11934-02 AL 590 DEMAND FLOW REGULATOR 4902-660 AL/VIT

As specified in US EPA CTM – 030 and US EPA CTM – 034, portable analyzers utilized for reporting emission values to either State or Federal agencies must be calibrated at the beginning and end of each test session. CTM – 030 and 034 apply to combustion sources using fuels such as butane, propane, natural gas, and fuel oils. Typical sources covered by CTM – 030 and 034 include reciprocating engines, combustion turbines and process boilers.

Multi Component EPA / Multi Composant EPA

123

PROTOCOL GASES

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

Application:

Balance

CO2 Air 2000ppm to 20%CO2 N2 35ppm to 20%CO Air 0.5ppm to 6.25% 1

CO N2 0.5ppm to 10%H2S Air 25ppm to 200ppmH2S N2 5ppm to 200ppmCH4 Air 1ppm to 1000ppmCH4 N2 1ppm to 1000ppmNO N2 0.5ppm to 1%NO2 Air/N2 25ppm to 1000ppmO2 N2 1% to 23%C3H8 Air 1ppm to 1.10% 1

C3H8 N2 1ppm to 2%SO2 Air 5ppm to 4550ppmSO2 N2 0.5ppm to 1%1 Flam/ox restricted at elevated concentrations

Compliance With 40CFR Parts 50, 58, 60, and 75

Parts 50, 58, 60, and 75 of 40CFR specify that gaseous pollutant concentration standards used for calibration and audit of continuous emission monitors (CEM) and ambient air quality analyzers be analyzed according to EPA TRACEABILITY PROTOCOL FOR ASSAY AND CERTIFICATION OF GASEOUS CALIBRATION STANDARDS (EPA-600/R-97/121) revised September 1997.

Compliance With 40CFR Parts 50, 58, 60, and 75

124

PROTOCOL GASES

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

Application:

Specifications*

ZeroGrade 5.3

CEM Zero VOC Zero Zero Grade 0.1

CEM Zero VOC Zero

CO <1 <0.5 <0.05 <1 <0.5 <0.5

CO2 <1 <1 <0.5 <1 <0.5 <0.3

H2O <1 <1 <0.5 <2 <1 <1

NOx <0.1 <0.1

SO2 <0.1 <0.1

THC (as CH4) <0.5 <0.5 <0.05 <0.1 <0.1 <0.1

O2 <2 <5 <0.5 20-22% 20-22% 20-21%

Zero Grade Gases

* all concentrations in ppm except where noted

* See pure gases section for part numbers and available cylinder sizes

Messer’s zero grade air and nitrogen are the products of choice when you require high quality, cost effective, nonregulatory zero gases. Federal, sate, and local air pollution control regulations require daily zero and span calibrations for CEMS (continuous emissions monitoring systems). A CEMS must be zeroed with a pure gas that is free of the pollutants being measured. Messer’s CEM zero grade air and nitrogen are analyzed for SO2, NOx, CO, CO2, H2O, and total hydrocarbons. With each individual cylinder being analyzed the quality of CEM zero grade gases is consistent from cylinder to cylinder ensuring that the performance of the gas meets and/or exceeds the requirements of all applicable regulations.Messer’s VOC zero grade gases are the ideal choice for support gas, zero gas, or purging gas for all VOC/THC analysis. This includes EPA ambient methods (TO-14, TO-15, and TO-17) as well as vehicle emission zero gas and CEM THC zero gas.

Nitrogen Air

Zero Grade Gases

125

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

m3

Application:

Blend Tolerance

Analytical Accuracy

Stability

100 ppb - 10 ppm 100 ppb 152

Benzene [71-43-2] 100 ppb PCG6R

Ethyl Benzene [100-41-4] 1 ppm 152

Toluene [108-88-3] 1 ppm 24096896 82 2.1

o-Xylene [95-47-6] 1 ppm PCG6R

Balance VOC zero grade Nitrogen 10 ppm 152

10 ppm 24082361 302 6.41

10 ppm PCG6R

50 ppm 32 0.27

100 ppb - 10 ppm 100 ppb 152

Benzene [71-43-2] 100 ppb 32 0.78

Ethyl Benzene [100-41-4] 100 ppb PCG6R

Toluene [108-88-3] 1 ppm 152

m-Xylene [108-38-3] 1 ppm 24094676 82 2.16

o-Xylene [95-47-6] 1 ppm 24083350 32 0.78

p-Xylene [106-42-3] 1 ppm PCG6R 103 l

Balance VOC zero grade Nitrogen 10 ppm 24098042 152 3.9

10 ppm 24096393 32 0.68

10 ppm PCG6R 103 l

100 ppb - 10 ppm 100 ppb 152 4000 l

Benzene [71-43-2] 100 ppb PCG6R 104 l

Ethyl Benzene [100-41-4] 1 ppm 152 4000 l

Toluene [108-88-3] 1 ppm PCG6R 104 l

m-Xylene [108-38-3] 10 ppm 152 4000 l

o-Xylene [95-47-6] 10 ppm PCG6R 104 l

p-Xylene [106-42-3]

Tert-butyl methyl ether (MTBE) [1634-04-4]

Balance VOC zero grade Nitrogen

Calibrate instruments used in ambient air monitoring, infiltration studies, measurement of incinerator emissions, measurement of fugitive emissions from chemical processing equipment, measurement of industrial stationary sources, measurement of landfill gases100 ppb to 1 ppm ± 10%>1 ppm to 10 ppm ±5%100 ppb to 1 ppm ± 5%>1 ppm to 10 ppm ±2%12 months

BTEX Standard-2 / 6 Components


BTEX Calibration Mixtures(Benzene, Toluene, Ethyl Benzene, Xylene)


126

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

Application:


Stability

2 mg/m3 Methane [74-82-8] 152 4000 l

1.5 mg/m3 Ethane [74-84-0] 32

0.5 mg/m3 Toluene [108-88-3]

0.5 mg/m3 Benzene [71-43-2]

0.5 mg/m3 Methylene Chloride [75-09-2]

50 mg/m3 Carbon Monoxide [630-08-0]

11% Oxygen [7782-44-7]

10% Carbon Dioxide [124-38-9]

Balance Nitrogen [7727-37-9]

Equipment Series Material DescriptionSingle Stage

SS M200/1SDual Stage SS

M200/2SSilcoNert 1020 Dual stage,

six-port SilcoNert 1020

EU (European Union) EN 12619 standard for flame ionization detection (FID) measurement of total organic compounds (TOC) in stationary source combustion emissions including municipal and hazardous waste incinerators.± 10%± 5%12 months

Messer

EN 12619EU (European Union) FID Standard

EN 12619

127

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

Application:

Blend Tolerance

Analytical Accuracy

Stability

Method1% CH4 in Air 25, 25C 152,

PCG6R4000 l, 104 l

20 ppm C3H8 in Air 25, 25C 152, PCG6R

4000 l, 104 l


4000 l, 104 l


4000 l, 104 l

50 ppm CO2 in Air 25 152, PCG6R

4000 l, 104 l

500 ppm CO2 in Air 25 152, PCG6R

4000 l, 104 l

1% CO2 in Air 25 152, PCG6R

4000 l, 104 l

25, 25C 152, PCG6R

4000 l, 104 l

50 ppm Hexane in Air 25 152, PCG6R

4000 l, 104 l

20 ppm Toluene in Air 25 152, PCG6R

4000 l, 104 l

100 ppm Methanol in Air 25 152, PCG6R

4000 l, 104 l

VOC free He 25 152, PCG6R

4000 l, 104 l

VOC free O2 25, 25D, 25E 152, PCG6R

4000 l, 104 l

VOC free H2 25, 25D, 25E 152, PCG6R

4000 l, 104 l

VOC free Air 152, PCG6R

4000 l, 104 l

VOC free N2 25D 152, PCG6R

4000 l, 104 l

25A, 25C 152, PCG6R

4000 l, 104 l

25A, 25B, 25C 152, PCG6R

4000 l, 104 l

25A, 25B, 25C 152, PCG6R

4000 l, 104 l

25A, 25B, 25C 152, PCG6R

4000 l, 104 l

25D 152, PCG6R

4000 l, 104 l

100% C3H8 25E 152, PCG6R

4000 l, 104 l

* VP restricted





10% C3H8 / 1% 1,1-Dichloroethylene bal N2 *

FID fuel 40% H2 / 60% He or 40% H2 / 60% N2

Low level calibration gas (25-35% of span value)

Mid level calibration gas (45-55% of span value)

Method 25, Determination of Total Gaseous Nonmethane Organic Emissions as Carbon; Method 25A, Determination of Total Gaseous Organic Concentration Using a Flame Ionization Analyzer; Method 25B, Determination of Total Gaseous Organic Concentration Using a Nondispersive Infrared Analyzer; Method 25C, Determination of Nonmethane Organic Concentration (NMOC) in Landfill Gases; Method 25D, Determination of the Volatile Organic Concentration of Waste Samples;Method 25E, Determination of Vapor Phase Organic Concentration in Waste Samples all have specific 100 ppb to 1 ppm ± 10%>1 ppm to 10 ppm ±5%100 ppb to 1 ppm ± 5%>1 ppm to 10 ppm ±2%12 months

Messer

High level calibration gas (80-90% of span value)

EPA Methods 25, 25A, 25B, 25C, 25D, 25E

EPA Methods 25, 25A, 25B, 25C, 25D, 25E

50 ppm CO / 50 ppm CH4 / 20 ppm C3H8 / 1% CO2 in Air

25,25A,25B,25C,25D,25E

128

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

Application:


Stability

100 ppb or 1 ppmV 100 ppb 152 4000 l

1,3-Butadiene [106-99-0] 100 ppb P24100861 32 800 l

Isopentane [ 78-78-4] 100 ppb PCG6R 104 l

Methyl-tert-Butylether [1634-04-4] 1 ppm 152 4000 l

n-Hexane [110-54-3] 1 ppm 32 800 l

Benzene [ 71-43-2] 1 ppm PCG6R 104 l

Cyclohexane [110-82-7]

2,3-Dimethylpentane [565-59-3]

n-Heptane [142-82-5]

Toluene [108-88-3]

Naphtalene [91-20-3]

n-Octane [111-65-9]

Ethylbenzene [100-41-4]

2,3-Dimethylheptane [3074-71-3]

m- & p- Xylenes [108-38-3] [106-42-3]

o-Xylene [ 95-47-6]

n-Nonane [111-84-2]

Isopropylbenzene [ 98-82-8]

1-Methyl-3-ethylbenzene [ 620-14-4]

1,3,5-Trimethylbenzene [108-67-8]

n-Decane [124-18-5]


p-Isopropyltoluene [99-87-6]

Butylcyclohexane [1678-93-9]

n-Undecane [1120-21-4]

n-Dodecane [112-40-3]





APH method is designed to measure the gaseous-phase concentrations of volatile aliphatic and aromatic petroleum hydrocarbons in air and soil gas. This method, based on the collection of whole air samples in SUMMA passivated stainless steel canisters, with subsequent analysis by gas chromatography/mass spectrometry (GC/MS), is designed to complement and support the toxicological approach developed by The Massachusetts Department of Environmental Protection (MADEP) to evaluate human health hazards that may result from exposure to petroleum hydrocarbons.100 ppb to 10 ppm ±10%100 ppb < 1 ppm ± 10%1 ppm to 10 ppm ±5%12 months

Messer

Massachusetts APH

"Method For The Determination Of Air-Phase Petroleum Hydrocarbons (APH)"Massachusetts APH

129

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

Application:

Blend Tolerance

Analytical Accuracy

Stability

100 ppb or 1 ppm 100 ppb 152 4000 l

100 ppb PCG6R 104 l

1 ppm 152 4000 l

1 ppm PCG6R 104 l

Benzene [71-43-2]

Bromomethane [74-83-9]

Carbon Tetrachloride [56-23-5]

Chlorobenzene [108-90-7]

Chloroform [67-66-3]

Chloromethane [74-87-3]

1,2-Dibromoethane [106-93-4]

o-Dichlorobenzene [95-50-1]

m-Dichlorobenzene [541-73-1]

p-Dichlorobenzene [106-46-7]

1,1-Dichloroethane [75-34-3]


1,1-Dichloroethene [75-35-4]

cis-1,2-Dichloroethene [156-59-2]

1,2-Dichloropropane [78-87-5]

cis-1,3-Dichloropropene [10061-01-5]

trans-1,3-Dichloropropene [10061-02-6]

Chloroethane [75-00-3]

Ethyl Benzene [100-41-4]

100 ppb to 1 ppm ± 10%>1 ppm to 10 ppm ±5%

12 months

100 ppb to 1 ppm ± 5%>1 ppm to 10 ppm ±2%

EPA Method TO-14A / 39 Component


m-Xylene [108-38-3]

US EPA’s Compendium Method TO-14A, “Determination of Volatile Organic Compounds (VOCs) in Ambient Air Using Specially Prepared Canisters With Subsequent Analysis By Gas Chromatography” is used extensively by analysts for both ambient air studies and indoor air quality (IAQ) studies.

EPA Method TO-14A

p-Xylene [106-42-3]

Methylene Chloride [75-09-2]

Styrene [100-42-5]

1,1,2,2-Tetrachloroethane [79-34-5]

Tetrachloroethylene [127-18-4]

Toluene [108-88-3]

1,2,4-Trichlorobenzene [120-82-1]

Trichlorofluoromethane [75-69-4] (Halocarbon 11)

Dichlorotetrafluoroethane [76-14-2] (Halocarbon 114)

Hexachloro-1,3-Butadiene [87-68-3]

1,1,2 Trichlorotrifluoroethane [76-13-1] (Halocarbon 113)

o-Xylene [95-47-6]

1,1,1-Trichloroethane [71-55-6]


Trichloroethene [79-01-6]


Vinyl Chloride [75-01-4]

130

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

100 ppb or 1 ppm 100 ppb 152 4000 l

39 Component plus 100 ppb PCG6R 104 l

1,3-Butadiene [106-99-0] 1 ppm 152 4000 l

Acrylonitrile [107-13-1] 1 ppm P24064814 PCG6R 104 l

100 ppb or 1 ppm 100 ppb 152 4000 l

41 Component plus 100 ppb PCG6R 104 l

3-Chloropropene [107-05-1] 1 ppm 152 4000 l

4-Ethyltoluene [622-96-8] 1 ppm P24089659 PCG6R 104 l

100 ppb or 1 ppm 100 ppb 152 4000 l

Benzene [71-43-2] 100 ppb PCG6R 104 l

Benzyl Chloride * [100-44-7] 1 ppm 152 4000 l

Chlorobenzene [108-90-7] 1 ppm PCG6R 104 l

1,3-Dichlorobenzene [541-73-1]

Toluene [108-88-3]

o-Xylene [95-47-6]

100 ppb or 1 ppm 100 ppb 152 4000 l

Acetonitrile [75-05-8] 100 ppb PCG6R 104 l

1,3-Butadiene [106-99-0] 1 ppm 152 4000 l

Carbon Tetrachloride [56-23-5] 1 ppm PCG6R 104 l



Trichlorofluoromethane [75-69-4]

100 ppb or 1 ppm 100 ppb 152 4000 l

100 ppb PCG6R 104 l

1 ppm 152 4000 l

1 ppm PCG6R 104 l

1,2-Dichlorotetrafluoroethane (Halocarbon 114) [76-14-2]



Trichlorofluoromethane (Halocarbon 11) [75-69-4]

Dichlorodifluoromethane (Halocarbon 12 ) [75-71-8]

1,1,2-Trichloro-1, 2,2-Trifluoroethane (Halocarbon 113) [76-13-1]

EPA Method TO-14A Subset 1

(continued)

EPA Method TO-14A

EPA Method TO-14A Subset 2

EPA Method TO-14A CFC/HFC Standard

131

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

100 ppb or 1 ppm 100 ppb 152 4000 l

Bromochlormethane [74-97-5] 100 ppb P24097034 PCG6R 104 l

1 ppm 152 4000 l

Chlorobenzene-d5 [3114-55-4] 1 ppm P24084445 PCG6R 104 l

1,4-Diflurobenzene [540-36-3]

100 ppb or 1 ppm 100 ppb 152 4000 l

Bromochlormethane [74-97-5] 100 ppb P24095416 PCG6R 104 l

1,4-Diflurobenzene [540-36-3] 1 ppm 152 4000 l

Chlorobenzene-d5 [3114-55-4] 1 ppm P24084339 PCG6R 104 l

100 ppb or 1 ppm 100 ppb 152 4000 l

100 ppb PCG6R 104 l

1 ppm 152 4000 l

1 ppm PCG6R 104 l

Carbon Tetrachloride[56-23-5]

Chloroform[67-66-3]


1,2-Dichloroethane[107-06-2]

1,1-Dichloroethene [75-35-4]

cis-1,2-Dichloroethylene [156-59-2]


100 ppb or 1 ppm 100 ppb 152 4000 l

100 ppb PCG6R 104 l

1 ppm 152 4000 l

1 ppm PCG6R 104 l

Benzene [71-43-2]

Chlorobenzene[108-90-7]

o-Dichlorobenzene[95-50-1]

m-Dichlorobenzene[541-73-1]

p-Dichlorobenzene[106-46-7]


Styrene[100-42-5]





p-Xylene[106-42-3]

o-Xylene[95-47-6]

1,2,4-Trimethylbenzene[95-63-6]


Vinyl Chloride[75-01-4]

1-Bromo-4-Flurobenzene (4-Bromofluorbenzene) [460-00-4]

Toluene[108-88-3]

1,2,4-Trichlorobenzene[120-82-1]

m-Xylene[108-38-3}

Method TOA-14A Aromatics

Methylene Chloride[75-09-2]

1,1,2,2-Tetrachloroethane[79-34-5]


EPA Method TOA-14A Internal Standard/Tuning Standard

EPA Method TOA-14A Internal Standard

Method TOA-14A Chlorinated Hydrocarbons Subset

cis-1,3-Dichloropropene[10061-01-5]

1,1,1-Trichloroethane[71-55-6] Ethyl Chloride [75-00-3]

Hexachloro-1,3 Butadiene[87-68-3]

Tetrachloroethylene[127-18-4]

Methyl Chloride[74-87-3]

1,1,2-Trichloroethane[79-00-5]

Trichloroethene[79-01-6]

EPA Method TO-14A(continued)

Messer

132

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

Application:

Blend Tolerance

Analytical Accuracy

Stability

100 ppb 100 ppb 24092338 152 4000 l

100 ppb P24090583 PCG6R 104 l

Acetone [67-64-1]

Acrolein [107-02-8]

Benzene [71-43-2]

Benzyl Chloride [100-44-7]

Bromoform [75-25-2]


Bromodichloromethane [75-27-4]

1,3-Butadiene [106-99-0]

2-Butanone (MEK) [78-93-3]

Carbon Disulfide [75-15-0]

Carbon Tetrachloride [56-23-5]


Chlorethane [75-00-3]




Dibromochloromethane [124-48-1]






1 ppm 1 ppm 24090441 152 4000 l

64 Component plus 1 ppm P24084444 PCG6R 104 l

Acrolein [107-02-8]

Toluene [108-88-3]


Methyl-tert-Butylether (MTBE) [1634-04-4]

2-Hexanone (MBK) [591-78-6]

Methyl methacrylate [80-62-6]

1,2,4-Trimethylbenzene [95-63-6]Halocarbon 113(1,1,2-Trichlorotrifluoroethane) [76-13-1]

Ethanol [64-17-5]

Ethyl Acetate [141-78-6]


1,2 Dibromoethane [106-93-4]

Method TO-15/TO-17 65 components


Tetrahydrofuran [109-99-9]

Tetrachloroethene [127-18-4]

Halocarbon 114 (1,2-Dichlorotetrafluoroethane) [76-14-2]

Heptane [142-82-5]

Hexachloro-1,3-butadiene [87-68-3]

Hexane [110-54-3]

4-Ethyltoluene [622-96-8]

Halocarbon 11 (Trichlorofluoromethane) [75-69-4]

Halocarbon 12 (Dichlorodifluoromethane) [75-71-8]

Compendium Method TO-15; "Determination of Volatile Organic Compounds (VOCs) In Air Collected in Specially Prepared Canisters And Analyzed by Gas Chromatography/Mass Spectrometry (GC/MS)"or Compendium Method TO-17; "Determination of Volatile Organic Compounds in Ambient Air Using Active Sampling Onto Sorbent Tubes"100 ppb to 1 ppm ± 10%>1 ppm to 10 ppm ±5%100 ppb to 1 ppm ± 5%>1 ppm to 10 ppm ±2%12 months

Method TO-15/TO-17 64 components

Method TO-15/TO-17


Trichloroethene [79-01-6]

1,2,4-Trichlorobenzene [120-82-1]

1,1,2,2-Tetrachloroethane [79-34-5]1,4-Dioxane [123-91-1]

2-Propanol [67-63-0]

Naphthalene [91-20-3]

Propylene [115-07-1]

Styrene [100-42-5]

Vinyl Acetate [108-05-4]

Vinyl Chloride [75-01-4]

o-Xylene [95-47-6]

m-Xylene [108-38-3]

p-Xylene [106-42-3]4-Methyl-2-Pentanone (MIBK) [108-10-1]


1,1-Dichlorethene [75-35-4]

cis-1,2-Dichloroethene [156-59-2]

trans-1,2-Dichloroethene [156-60-5]




133

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

100 ppb or 1 ppm 100 ppb 24090443 152 4000 l

100 ppb PCG6R 104 l

1 ppm 152 4000 l

1 ppm PCG6R 104 l

Acetone [67-64-1]

Allyl Chloride [107-05-1]

Benzyl Chloride [100-44-7]

Bromodichloromethane [75-27-4]

Bromoform [75-25-2]

1,3-Butadiene [106-99-0]

2-Butanone (MEK) [78-93-3]

Carbon Disulphide [75-15-0]


Dibromochloromethane [124-48-1]

trans-1,2-Dichloroethene [156-60-5]

1,4-Dioxane [123-91-1]





Propylene [115-07-1]


n-Hexane [110-54-3]

2-Hexanone (MBK) [591-78-6]

4-Methyl-2-Pentanone (MIBK) [108-10-1]

Methyl-Tert-Butyl Ether (MTBE) [1634-04-4]

2-Propanol [67-63-0]

Messer

Tetrahydrofuran [109-99-9]

Ethyl Acetate [141-78-6]

4-Ethyltoluene [622-96-8]

Vinyl Acetate [108-05-4]Vinyl Bromide [593-60-2]

2,2,4-Trimethylpentane [540-84-1]

Method TO-15/TO-17 Subset 25 components

Method TO-15/TO-17(continued)

134

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l

Application:

Blend Tolerance

Analytical Accuracy

Stability

ppb C, 100 ppb v/v or 1 ppm v/v ppb C 24091407 152 4000 l

ppb C P24091406 PCG6R 104 l

100 ppb 152 4000 l

100 ppb PCG6R 104 l

1 ppm 152 4000 l

1 ppm P24081308 PCG6R 104 l

Acetylene 40 [74-86-2]

Benzene 30 [71-43-2]

n-Butane 40 [106-97-8]

1-Butene 30 [106-98-9]

cis-2-Butene 35 [590-18-1]

trans-2-But trans-2-Butene 25 [624-64-6]

Cyclohexane 40 [110-82-7]

Cyclopentane 20 [287-92-3]

n-Decane 30 [124-18-5]

m-Diethylbenzene 40 [141-93-5]

p-Diethylbenzene 25 [105-05-5]

2,2-Dimethylbutane 40 [75-83-2]


2,3-Dimethylpentane 50 [565-59-3]


n-Dodecane 40 [112-40-3]

Ethane 25 [74-84-0]

Ethyl Benzene 25 [100-41-4]

Ethylene 20 [74-85-1]





The United States Environmental Protection Agency's ozone precursor monitoring program known as PAMS, Photochemical Assessment Monitoring System, utilizes standards for program quality assurance. The standard that Messer supplies is manufactured using exacting micro-gravimetric techniques with all measurements directly traceable to NIST (National Institute of Standards and Technology).100 ppb to 1 ppm ± 10%>1 ppm to 10 ppm ±5%100 ppb to 1 ppm ± 5%>1 ppm to 10 ppm ±2%

n-Pentane 25 [109-66-0] 1,2,4-Trimethylbenzene 40 [95-63-6]

o-Ethyltoluene 30 [611-14-3]

m-Ethyltoluene 25 [620-14-4]

U.S. EPA PAMS United States Environmental Protection Agency's ozone precursor monitoring program

12 months

Isoprene 40 [78-79-5]

Isopropylbenzene 40 [98-82-8]

2,2,4-Trimethylpentane 30 [540-84-1]

Methylcyclopentane 25 [96-37-7]

Styrene 40 [100-42-5]

2,3,4-Trimethylpentane 25 [565-75-3]

n-Undecane 30 [1120-21-4]

o-Xylene 25 [95-47-6]

n-Hexane 30 [110-54-3]

U.S. EPA PAMS / 57 Components

1-Pentene 25 [109-67-1]

Methylcyclohexane 30 [108-87-2]

1,3,5-Trimethylbenzene 25 [108-67-8]

m/p-Xylene (combined) 40 [108-38-3 / 106-42-3]

n-Octane 30 [111-65-9]

Toluene 40 [108-88-3]

1,2,3-Trimethylbenzene 25 [526-73-8]

1-Hexene 60 [592-41-6]

3-Methylheptane 25 [589-81-1]

2-Methylhexane 25 [591-76-4]

p-Ethyltoluene 40 [622-96-8]

n-Heptane 25 [142-82-5]

2-Methylpentane 20 [107-83-5]


n-Nonane 25 [111-84-2]

cis-2-Pentene 35 [627-20-3]

trans-2-Pentene 25 [646-04-8]

Propane 40 [74-98-6]

n-Propylbenzene 30 [103-65-1]

Propylene 25 [115-07-1]Isopentane 40 [78-78-4]

Number following the compounds is the concentration in ppb C (part per billion expresed as carbon) as specified by the U.S. EPA

Isobutane 25 [75-28-5]



Messer

135

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

Application:

Blend Tolerance

Analytical Accuracy

Stability

100 ppb or 1 ppm 100 ppb 24098949 152 4000 l

1 ppm 152 4000 l

Acetylene [74-86-2]

Benzene [71-43-2]

1-Butene [106-98-9]

2-Butanone(MEK) [78-93-3]


1,3-Butadiene [106-99-0]

cis-2-Butene [590-18-1]

n-Butane [106-97-8]

trans-2-Butene [624-64-6]

Butyl acetate [123-86-4]

Butyl aldehyde [123-72-8]

Carbon tetrachloride [56-23-5]




2-Chloropentane [625-29-6]

2-Chloroprene [126-99-8]


Cyclopentane [287-92-3]

Cyclopentene [142-29-0]

n-Decane [124-18-5]

1,2-Dibromoethane (ethylene dibromide) [106-93-4]1,1-Dichloroethane [75-34-3]

1,2-Dichloroethane (ethylene dichloride) [107-06-2]1,1-Dichloroethylene [75-35-4]




Dichlorodifluoromethane(Freon 12 ) [75-71-8] Dichloromethane [75-09-2]

p-Diethylbenzene [105-05-5]

2,2-Dimethylbutane [75-83-2]



The Texas Commission on Environmental Quality (TCEQ) utilizes a 102 component calibration standard for the determination of multiple ambient air contaminants.100 ppb to 1 ppm ± 10%>1 ppm to 10 ppm ±5%

3-Heptanone [106-35-4]

Hexane [110-54-3]

2-Hexanone [591-78-6]

3-Hexanone [589-38-8]

1-Hexene [592-41-6]

cis-2-Hexene [592-43-8]

Ethyl acetate [141-78-6]

Ethyl benzene [100-41-4]

m-Diethylbenzene [141-93-5]

2-Methyl-1-pentene [763-29-1]

Ethylene [74-85-1]

o-Ethyltoluene [611-14-3]

m-Ethyltoluene [620-14-4]

p-Ethyltoluene [622-96-8]


T.C.E.Q. / 102 Components

Dodecane [112-40-3]

T.C.E.Q. Texas Commission on Environmental Quality (TCEQ) calibration standard

Ethane [74-84-0]

Methyl isobutyl ketone (MIBK) [108-10-1]

2-Methylpentane [107-83-5]


100 ppb to 1 ppm ± 5%>1 ppm to 10 ppm ±2%12 months


trans-2-Hexene [4050-45-7]

Isobutane [75-28-5]

Isopentane [78-78-4]

Isopropylbenzene (cumene) [98-82-8]

Isooctane [540-84-1]

2 Methyl 1,3 butadiene (isoprene) [78-79-5]

3-Methyl-1-butene [563-45-1]

2-Methyl-2-butene 513-35-9]

Methyl t-butyl ether (MTBE) [1634-04-4]

Methylcyclohexane [108-87-2]

Methylcyclopentane [96-37-7]

2-Methylheptane [592-27-8]


2-Methylhexane [591-76-4]


4-Methyl-1-pentene [691-37-2]

2-Methylpropanal [78-84-2]

n-Nonane [111-84-2]

n-Octane [111-65-9]

n-Pentane [109-66-0]

1-Pentene [109-67-1]

cis-2-Pentene [627-20-3]

trans-2-Pentene [646-04-8]

3-Pentanone [96-22-0]

Propane [74-98-6]

Propene [115-07-1]

Propyl acetate [109-60-4]

n-Propylbenzene [103-65-1]

Styrene [100-42-5]

1,1,2,2-Tetrachloroethane [79-34-5]

Tetrachloroethylene [127-18-4]

Toluene [108-88-3]



Trichloroethylene [79-01-6]

Trichlorofluoromethane (Freon 11) [75-69-4]





n-Undecane [821-95-4]

Vinyl chloride [75-01-4]

o-Xylene [95-47-6]

m-Xylene [108-38-3]

p-Xylene [106-42-3]

2-Methyl-3-hexanone [7379-12-6]

5-Methyl-2-hexanone [110-12-3]

136

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

Application:

Blend Tolerance

Analytical Accuracy

Stability

100 ppb or 1 ppm 100 ppb 152 4000 l

1 ppm 152 4000 l

Parrafinic Aromatic Napthenic

Pentane [109-66-0]

Hexane [110-54-3]

Heptane [142-82-5

Octane [11-65-9]

Nonane [111-84-2]

Decane [124-18-5] Olefinic

Undecane [1120-21-4]

Dodecane [112-40-3]

Isoparrafinic

Isopentane [78-78-4]










2,3-Dimethylhexane [584-94-1]

3-Ethylhexne [619-99-8]

2,4-Dimethylhexane [589-43-5]


2,5 Dimethylhexane [592-13-2]




100 ppb to 1 ppm ± 5%>1 ppm to 10 ppm ±2%12 months


m + p-Xylene [108-38-3][106-42-3]


1-Methy-3-ethylbenzene [620-14-4]

1-Methy-4-ethylbenzene [622-96-8]


1-Methyl-2-ethylbenzene [611-14-3]

cis-2-Pentene [627-20-3]

1-Hexene [592-41-6]

Styrene [100-42-5]

Isopropylbenzene [98-82-8]


1,2,4,5-Tetramethybenzene [95-93-2]

1,2 Diethylbenzene [135-01-3]

1-Methyl-2-isopropylbenzene [527-84-4]

2,2,4-Trimethylpentane (isooctane) [540-84-1]

Vapor Intrusion

n-Butylbenzene [104-51-8]

n-Pentylbenzene [538-68-1]

sec-Butylbenzene [135-98-8]


Ethanol [64-17-5]

1,3-Dimethyl-5-ethylbenzene [934-74-7]




Benzene [71-43-2]

Toluene [108-88-3]

PIANO / 80 Components

PIANO (Parrafinic, Isoparrafinic, Aromatic, Napthenic, and Olefinic) calibration standardThe forensic requirements for vapor intrusion (VI) studies requires this multi-component standard to allow analysts to correctly identify and quantify the compounds of interest. The 80 component volatile/semi-volatile Vapor Intrusion standard is manufactured using exacting micro-grav techniques with all measurements directly traceable to NIST (National Institute of Standards and Technology).100 ppb to 1 ppm ± 10%>1 ppm to 10 ppm ±5%

1-Decene [872-05-9]

1-Methyl-3-n-propylbenzene [1074-43-7]



Cyclopentane [287-92-3]

Methylcyclopentane [96-37-7]


Methylcyclohexane [108-87-2]

1-Pentene [109-67-1]

2-Methyl-1-Butene [563-46-2]

trans-2-Pentene [646-04-8]


1,3 Dimethyl-2-ethybenzene [2870-04-4]

tertiary butanol [75-65-0]

Thiophene & Fuel Additives


o-Xylene [95-47-6]

Diisopropyl ether [108-20-3]

tert-butyl ethyl ether [637-92-3]

tert-butyl methyl ether [1634-04-4]

1,2 Dichloroethane [107-06-2]

1,2-Dibromoethane [106-93-4]

tert-amyl methyl ether [994-05-8]

1-Heptene [592-76-7]

1-Octene [111-66-0]

1-Nonene [124-11-8]

Naphthalene [91-20-3]

137

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l


Stability

100 ppb or 1 ppm 100 ppb 152 4000 l

n-Butane [106-97-8] 100 ppb PCG6R 104 l

Vinyl Bromide [593-60-2] 1 ppm 152 4000 l

n-Pentane [109-66-0] 1 ppm PCG6R 104 l

Tert-Butanol [75-65-0]

3-Chloropropene [107-05-1]


Nonane [111-84-2]

Cumene [98-82-8]

2-Chlorotoluene [95-49-8]






12 monthsNew Jersey Subset - 10 components

100 ppb ± 10%1 ppm ±5%

100 ppb to 1 ppm ± 10%

Messer

New Jersey Subset - 10 components

138

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l


Stability

100 ppb 100 ppb 152 4000 l

100 ppb PCG6R 104 l

1 ppm 1 ppm 152 4000 l

74 Component plus 1 ppm PCG6R 104 l

Acrolein [107-02-8]





3-Chloropropene [107-05-1]

Naphthalene[91-20-3] (Analytical Accuracy +/-10% to 20%)

Heptane[142-82-5]

n-Butane [106-97-8]

Vinyl Bromide [593-60-2]

n-Pentane [109-66-0]

m-Xylene[108-38-3]

p-Xylene[106-42-3]

TO 15 + New Jersey Subset (75 Components)

Ethyl benzene[100-41-4]

Ethylene dibromide [106-93-4]

4-Ethyltoluene[622-96-8]

Trichlorofluoromethane (Freon 11) [75-69-4]

Dichlorodifluoromethane(Freon 12 ) [75-71-8]

1,1,2-trichloro-1,2,2-trifluoroethane (Freon 113) [76-13-1]

Hexachloro-1,3-butadiene[87-68-3]

Hexane[110-54-3]

4-Methyl-2-pentanone (MIBK)[108-10-1]


Vinyl acetate[108-05-4]


Trichloroethene[79-01-6]

1,2,4-Trichlorobenzene[120-82-1]


1,3-Dichlorobenzene[541-73-1]

Carbon tetrachloride[56-23-5]

Chlorobenzene[108-90-7]

Chlorethane[75-00-3] o-Xylene[95-47-6]

Bromoform[75-25-2]

Bromomethane[74-83-9]

Bromodichloromethane[75-27-4]

Ethyl acetate[141-78-6]

1,3-Butadiene[106-99-0]

2-Butanone (MEK)[78-93-3]

Ethanol [64-17-5] (Analytical Accuracy +/-10% to 20%)

Chloromethane[74-87-3]

1,2-Dichlorotetrafluoroethane (Freon 114) [76-14-2]

2-Hexanone (MBK)[591-78-6]

Chloroform[67-66-3]

Cyclohexane[110-82-7]


TO 15 + New Jersey Subset

Acetone[67-64-1]

Benzene[71-43-2]

Benzyl chloride[100-44-7] (Analytical Accuracy +/-10% to 20%)

(75 Components / 74 Components at 100 ppb - no Acrolein)100 ppb to 1 ppm ± 10%100 ppb ± 10%1 ppm ± 5%

cis-1,3-Dichloropropene[10061-01-5]

trans-1,3-Dichloropropene[10061-02-6]

12 monthsTO 15 + New Jersey Subset (74 Components at 100 ppb - no Acrolein)

Tetrachloroethene[127-18-4]

1,4-Dioxane[123-91-1]

Tetrahydrofuran[109-99-9]

Toluene[108-88-3]

2-Propanol[67-63-0] Cumene [98-82-8]


Vinyl chloride[75-01-4]

Styrene[100-42-5] n-Propylbenzene [103-65-1

1,1,2,2-Tetrachloroethane[79-34-5]1,2-Dichloropropane[78-87-5]

trans-1,2-Dichloroethene[156-60-5]


1,1-Dichloroethane [75-34-3] Methyl methacrylate [80-62-6]


1,1-Dichlorethene[75-35-4]

cis-1,2-Dichloroethene[156-59-2]

Methylene chloride[75-09-2]

Tert-Butanol [75-65-0]

Methyl-tert-butylether (MTBE)[1634-04-4] Nonane [111-84-2]


Propylene[115-07-1] 2-Chlorotoluene [95-49-8]

Dibromochloromethane[124-48-1]

Carbon disulfide[75-15-0] (Analytical Accuracy +/-10% to 20%)

Messer

139

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l


Stability

1 ppm 1 ppm 152 4000 l

1 ppm PCG6R 104 l

Acrylonitrile[107-13-1]

Benzene[71-43-2]

1,3-Butadiene[106-99-0]

Chloroform[67-66-3]






12 monthsJapan Calibration Mix - 9 components

Japan Calibration Mix

Dichloromethane[75-09-2]

Tetrachloroethylene[127-18-4]

Trichloroethylene[79-01-6]

Vinyl chloride[75-01-4]

1 ppm ± 10%1 ppm ±5%

Messer

140

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l


Stability

100 ppb or 1 ppm 100 ppb 152 4000 l

100 ppb PCG6R 104 l

1 ppm 152 4000 l

1 ppm PCG6R 104 l

Acetone [67-64-1]

Acetylene 40 [74-86-2]

Benzene 30 [71-43-2]

n-Butane 40 [106-97-8]

1-Butene 30 [106-98-9]

cis-2-Butene 35 [590-18-1]

trans-2-Butene 25 [624-64-6]

1,3-Butadiene[106-99-0]

Cyclohexane[110-82-7]

Cyclopentane 20 [287-92-3]

Cyclopentene [142-29-0]





Ethane 25 [74-84-0]

Ethylbenzene 25 [100-41-4]

Ethylene 20 [74-85-1]

n-Heptane 25 [142-82-5]





Methylcyclopentane 25 [96-37-7]


n-Propylbenzene 30 [103-65-1]

4-Methyl-1-pentene [691-37-2] p-Xylene[106-42-3]

Messer

Ozono Precusors

trans-2-Hexene [4050-45-7]

Isobutane 25 [75-28-5]

Isopentane 40 [78-78-4]

Isoprene 40 [78-79-5]

Isopropylbenzene 40 [98-82-8]

Methylcyclohexane 30 [108-87-2]

o-Xylene[95-47-6]

m-Xylene[108-38-3]


Toluene 40 [108-88-3]


Propane 40 [74-98-6]

n-Pentane 25 [109-66-0]

1-Pentene 25 [109-67-1]

Styrene 40 [100-42-5]




Propylene 25 [115-07-1]

cis-2-Pentene 35 [627-20-3]

trans-2-Pentene 25 [646-04-8]

100 ppb to 1 ppm ± 10%



100 ppb ± 10%1 ppm ± 5%

n-Nonane 25 [111-84-2]

n-Octane 30 [111-65-9]

n-Hexane 30 [110-54-3]

cis-2-Hexene [7688-21-3]

12 monthsOzone precursors - 55 components





141

VOC STANDARDS

MixtureComponent

Concentration Range

Material number

Size Content


concentrationTaille

Contenu (approx.)

l


Stability

100 ppb or 1 ppm 100 ppb 152 4000 l

ACROLEIN [107-02-8] 100 ppb PCG6R 104 l

1 ppm 152 4000 l

1 ppm PCG6R 104 l





100 ppb ± 20%

ACROLEIN

ACROLEIN12 months

100 ppb ± 20%1 ppm ± 10%

Messer

142

Electronic Grade Gases / Gaz Electronique



MARKETS:

Common Designations:ULSI - Ultra Large Scale Integration Loosely refers to placing more than one million circuit elements on a single chipVLSI - Very large Scale Integration Loosely refers to placing thousands of circuit elements on a single chipDSM - Deep Sub Micron Related to lithography better than 0.3umRFO - Restrictive Flow OrificeDISS - Diameter Index Safety System Ultra high integrity service connection

Ammonia / R-717 NH3kg

Application: ULSI 99.9995% V24095533 200 22.68N2<1.5 ppmv, O2<0.5 ppmv, CO<0.1 ppmv, CO2<0.4 ppmvTHC (CH4)<0.1 ppmv, H2O<2 ppmv

Nitride 99.9995% V24085390 302 23N2<1 ppmv, Ar+O2<1 ppmv, CO<0.5 ppmv, CO2<0.5 ppmv

152 14THC (CH4)<1 ppmv, H2O<1 ppmv

Electronic 99.999% 200 23N2<5 ppmv, Ar+O2<1 ppmv, CO<0.5 ppmv, CO2<0.5 ppmv

152 14THC (CH4)<1 ppmv, H2O<2 ppmv V24097569 32 2

Argon / R-740 Ar kg

Application: ULSI 99.9999% V24086966 152 4.3CO + CO2 < 0.1 ppm, H2 < 0.1 ppm, H2O < 0.2 ppm,

N2 < 0.4 ppm, O2 < 0.1 ppm, THC (CH4) < 0.1 ppm

VLSI 99.9999% 24085336 300 9.5CO + CO2 < 1 ppm, H2O < 1 ppm, 200 7.1N2 < 4 ppm, O2 < 1 ppm, THC (CH4) < 0.5 ppm

Semiconductor, solar, display and LED

Deposition

Purging

CGA: 660/DISS:720

CGA: 580/DISS: 718

143




Arsine AsH3m3

Application: MEGABIT 99.9999% V24084831 200 22.7Ar< 100 ppbv, CO2< 100 ppbv, CO<100 ppbv,

C2H6< 100 ppbv, Ge< 50 ppbv, CH4< 100 ppbv,

N2< 100 ppbv,O2< 100 ppbv, Ph3<100 ppbv,

C3H8< 100 ppbv, SiH4< 100 ppmbv, H2O< 100 ppbv

VLSI 99.9993% 152 9Ar + O2 < 1 ppm, H2O < 1 ppm, PH3< 2 ppm 32 1.8N2 < 1 ppm, CH4 < 0.5 ppm, CO<0.5 ppm, CO2< 0.5 ppmElectronic 99.997% 152 9Ar + O2 < 5 ppm, H2O < 4 ppm, PH3< 5 ppm 32 1.8N2 < 5 ppm, CH4 < 5 ppm, CO< 1 ppm, CO2< 1 ppm

Boron trichloride BCl3 kg

Application: VLSI 99.999% * 204 50CH4<0.5 ppm, Cl2<2 ppm, CO<0.5 ppm, CO2<1 ppm 84 18COCl2<0.5 ppm, HCl<50 ppm, N2<4 ppm,O2+Ar<1 ppm

V24097304 34 4.5VLSI II 99.999% 204 50CH4<0.5 ppm, Cl2<2 ppm, CO<0.5 ppm, CO2<1 ppm 84 18COCl2<0.5 ppm, HCl<50 ppm, N2<4 ppm,O2+Ar<1 ppm

V24078456 34 4.5* Metal impurities available on request

Deposition, dopingCGA:350/DISS:632

ETCHCGA:660/DISS:634

144




Boron trifluoride BF3kg

Application: VLSI 99.99% 10 0.7CO<10 ppm, N2<15 ppm, O2<5 ppm, SiF4<20 ppm 6 0.5SO2<10 ppm 2 0.1VLSI II 99.5% 24083082 200 20Air<4000 ppm, SO2<20 ppm, SiF4< 200 ppm

Electronic 99.5% 10 0.76 0.52 0.1

Boron-11 trifluoride 11BF3g

Application: Enriched 99.9% WY 26Ar<25 ppm, 11B Enrichment>99.7%,CO2<25 ppm, HF<25 ppm, N2<25 ppm,O2<25 ppm

SO2< 25 ppm

VLSI 99% 6 130Ar<25 ppm, 11B Enrichment>99.0%, 10B<1.0% 2 70CO2<25 ppm, HF<25 ppm, N2<25 ppm,O2<25 ppm

SO2< 25 ppm, SiF4<500 ppm

CO2kg

Application: Ultra-Clean 99.999% 152 18C1 to C3 THCs<2 ppm, C4 + Organic Compouds< 50 ppbH2O<2 ppm

CGA:320/DISS:716

DopingCGA:660/DISS:642

ETCH, Lithography

Carbon Dioxide / R-744

CGA:330/DISS:642Doping

Cylinder will be equiped with dip tube for liquid withdrawal

145




CO m3

Application: ULSI 99.995% 152 4C2H6<0.5 ppm, C3H8<0.5 ppm, CH4<0.5 ppm,

CO2<15 ppm, Dimethyl Ether<1 ppm, H2<1 ppm

H2O<1 ppm, Iron Pentacarbonyl<0.5 ppm, N2<10 ppm

O2<0.5 ppm, THC<0.5 ppm

Cl2 kg

Application: VLSI II 99.999% * V24096144 204 52CH4<0.5 ppm, CO<0.5 ppm, CO2<5 ppm, H2< 1 ppm 84 20H2O<2 ppm, N2<4 ppm, O2+Ar< 1 ppm 34 7VLSI 99.999% 209 52CH4<1 ppm, CO<5 ppm, CO2<30 ppm, 89 20N2<50 ppm, O2<50 ppm 39 7

V24080615 30 6.8Electronic 99.99% 204 52CH4<2 ppm, CO2<50 ppm, H2<5 ppm, H2O<3 ppm 84 20N2<20 ppm, O2+Ar<10 ppm 34 7

V24085181 30 6.82* Metal impurities available on request

CGA: 350/DISS:724Carbon Monoxide

Deposition, ETCH

CGA: 660/DISS: 728Chlorine

Cleaning, ETCH

146




Dichlorosilane SiH2Cl2 kg

Application: ULSI 99% 204 41Al<1.0 ppbw, As<0.2 ppbw, B<0.1 ppbw, C< 1 ppmw 84 14Fe<50 ppbw, P<0.3 ppbw, Resistivity>400 ohm-cm 34 4.5SiH3Cl<0.3% wt, Total Other Chlorosilanes< 1.0% wt

SEMI 99% 204 41Al<1.0 ppbw, As<0.2 ppbw, B<0.1 ppbw, C< 1 ppmw V24077982 30 4.5Fe<50 ppbw, P<0.3 ppbw, Resistivity>200 ohm-cm

SiH3Cl<0.3% wt, Total Other Chlorosilanes< 1.0% wt

Disilane Si2H6g

Application: Electronic 99.998%* 152 5,000Ar+O2<1 ppm, Chlorosilanes<0.2 ppm, CO2<1 pppm 32 500H2O<1 ppm, Higher Silanes (Si4H10+Si3H8)<50 ppm

N2<2 ppm, Resistivity>1000 ohm-cm, SiH4<1000 ppm

Siloxanes<5 ppm, THC<1 ppm

* Purity excludes higher silanes and SiH 4

Deposition

CGA: 678/DISS: 636

CGA: 350/DISS: 632

Deposition

147




CF4kg

Tetrafluotromethane / R-14

Application: VLSI 99.999%* V24096548 200 32Acidity (HF)<0.1 ppmw, CH4<1 ppm, CO+CO2<2 ppm 152 18H2O<0.5 ppm, N2<20 ppm, O2<5 ppm, SF6<1 ppm V24095125 32 4Other halocarbons<2 ppm

ULSI 99.999% V24089232 200 31.75Acidity (HF)<1 ppm, CO+CO2<1 ppm, Air<5 ppm

H2O<2 ppm, SF6<1 ppm, Other hydrocarbons<2 ppm

Electronic 99.996%* 200 32Acidity (HF)<1 ppmw, CH4<5 ppm, CO+CO2<15 ppm 80 11H2O<1 ppm, N2<200 ppm, O2<40 ppm, SF6<5 ppm V24083115 30 4.5Other halocarbons<10 ppm

SEMI 99.95% V24017418 200 22.68N2<400 ppm, O2<100 ppm, CO<20 ppm, CO2<10ppm

H2O<10 ppm

CHF3kg

Fluoroform / R-23Application:

VLSI 99.999% V24096070 200 32N2<10 ppmv, O2<5 ppmv, CO2<2 ppmv, H2O<5 ppmv

THC (CH4)<1 ppmv, Other halocarbons<5 ppmv

ULSI 99.999% 200 32Air (N2+O2+CO)<20 ppm, CO2 <10 ppm, H2O<5 ppm,

Other organics<10 ppm, Acidity (HCl)<0.1 ppmw

SEMI 99.995% 80 11.3H2O<20 ppmv, N2+O2<50 ppmv V24073077 30 4.5Acidity (HCl)<0.1 ppmw

Halocarbon 14 / Carbon tetrafluoride /CGA: 320/DISS:716

*Purity excludes air (N 2 +O 2 )

CGA: 660/DISS:716


Halocarbon 23 / Trifluoromethane

Acidity (HF)<0.1 ppmw

Cleaning, ETCH

ETCH

148




CH2F2kg

Methylene fluoride / R-32Application:

VLSI 99.99% 200 30N2<40 ppm, O2<10 ppm, CO2<5 ppm, H2O<15 ppm 152 18Other halocarbons<50 ppm, Acidity< 0.2 ppmw 30 7

C2F6kg

Perfluoroethane / R-116Application:

VLSI 99.999%* 200 30CO<1 ppm, CO2<1 ppm, H2O<2 ppm, N2<10 ppm, 152 18O2<2 ppm, Acidity (HCl)< 0.1 ppmw, 30 7Other halocarbons<10 ppm

C4F8kg

Application: ULSI 99.999% V24078257 200 43.1Acidity (HF)<0.1 ppm, Air<3 ppm, O2<1 ppm

H2O<3 ppm, Other organics<10 ppm

VLSI 99.99%* V24096079 152 20Acidity (HF)<1 ppmw, Air (N2+O2)<40 ppm, V24080392 32 5H2O<10 ppm, Other HFC<50 ppm

Halocarbon 116 / Hexafluoroethane

Halocarbon 318 / Octafluorocyclobutane



Halocarbon 32 / DifluoromethaneCGA: 350/DISS:724

CGA: 660/DISS:716

ETCH

Cleaning, Deposition, ETCH

ETCH

CGA: 660/DISS:716

149




Helium / R-704 He m3

Application: ULSI 99.9999% 24017431 200 6.91CO < 0.05 ppm, CO2 < 0.05 ppm, H2O < 0.2 ppm, 24078055 302 6.5N2 < 0.4 ppm, O2 < 0.2 ppm, THC < 0.1 ppm 152 3.8VLSI 99.9995% 302 6.5CO2 < 0.5 ppm, H2O < 1 ppm, N2<1 ppm 152 3.8O2 <0.5 ppm, THC (CH4)<0.2 ppm

Electronic 99.999% 24085337 300 7.99CO2<0.5 ppm, H2O < 1 ppm, N2<4 ppm, 200 6.2O2 < 1 ppm, THC (CH4) < 0.5 ppm

H2m3

Application: ULSI 99.9999% 24094192 300 7.95CO<20 ppb ppm, CO2<20 ppb, H2O<500 ppb, V24084645 200 5.39N2<20 ppb, O2<50 ppb, CH4<10 ppb

VLSI 99.9995% 300 8CO + CO2 < 0.5 ppm, H2O < 1 ppm,

N2 < 1 ppm, O2 < 0.5 ppm, THC (CH4) < 0.5 ppm

Electronic 99.999% 300 8CO + CO2 < 1 ppm, H2O < 3 ppm, N2 < 4 ppm,

O2 < 1 ppm, THC (CH4) < 0.5 ppm

HBr kg

Application: Electronic 99.995% V24085303 34 4.5N2<20 ppm, H2O<10 ppm, HCl<250 ppm, CO2<20 ppm

V24081469 34 1.28

CGA: 180

CGA:350/DISS:724Annealing, Lythography, Purging

Hydrogen bromide

ETCH

PurgingCGA:580/DISS:718

Hydrogen / R-702

150




HCl kg

Application: ULSI 99.999%* V24094747 204 27CO<1 ppm, CO2<2 ppm, H2O<1 ppm, N2<2 ppm

O2<1 ppm, THC (CH4)< 1 ppm

*Metal impurities available on request

VLSI 99.999%* 204 27CO<1 ppm, CO2<4 ppm, H2O<1 ppm, N2<2 ppm 34 4O2<1 ppm, THC (CH4)< 1 ppm


Electronic 99.997%* 204 27CO<1 ppm, CO2<5 ppm, H2O<2 ppm, N2<10 ppm

O2<4 ppm, THC (CH4)< 2 ppm

HF kg

Application: VLSI 99.995%* V24101179 45 15Cl<1 ppmw, H2O<20 ppmw, NO3< 1 ppmw V24097493 43 3.82HPO4

2-<1 ppmw, SO42-< 1 ppmw


CH3SiH3Kg

Application: Electronic 99.98% 200 15Ar+O2<2 ppm, (CH3)2SiH2< 100 ppm, CH4< 50 pppm 30 2.5Chlorosilanes<50 ppm, CO2<10 ppm, N2<10 ppm

Other methylsilanes<50 ppm, SiH4<50 ppm

CGA: 660

CGA: 330

ETCH

Cleaning, Deposition, ETCH

Hydrogen chloride

DISS:632Methylsilane

Hydrogen Fluoride

151




Nitrogen / R-728 N2m3

Application: ULSI 99.9999% 200 7.22CO+CO2<0.2 ppm, H2<0.1 ppm,H2O < 0.2 ppm, 152 4O2 < 0.1 ppm, THC (CH4) < 0.1 ppm

VLSI 99.9995% V24079429 302 6.2CO + CO2 < 0.5 ppm, H2<1 ppm, H2O < 1 ppm, 152 4O2 < 1 ppm, THC (CH4) < 0.2 ppm

Electronic 99.999% 24087090 200 6.5H2O<1 ppm, O2<1 ppm, THC (CH4)< 0.5 ppm

NF3kg

Application: VLSI 99.9% 200 20O2+Ar<50 ppmw, N2<50ppmw, CO2<10 ppmw,

CO<10 ppmw, N2O<10 ppmw, H2O<1 ppmv,

CF4<700 ppmw

Electronic 99.97% 204 22O2+Ar<5 ppm, N2<10ppm, CO2<5 ppm, CO<10 ppm

H2O<1 ppm, SF6<10 ppm, Acidity (HF)<0.3 ppm

CF4<250 ppm, THC (CH4)<5 ppm, N2O<5 ppm

Purging

Nitrogen trifluoride

Cleaning, ETCH

CGA:580/DISS:718

CGA:640/DISS:670

152




N2O kg

Application: DSM 99.9996% 302 29.5CH4 < 0.1 ppm, CO < 0.1 ppm, CO2 < 0.5 ppm,

H2O < 1 ppm, N2 < 3 ppm, O2 + Ar < 1 ppm

NH3 < 0.3 ppm, NO < 0.5 ppm, NO2 < 0.5 pppm

VLSI 99.999% 152 18CH4 < 0.5 ppm, CO < 0.1 ppm, CO2 < 0.5 ppm, V24094109 32 2.73H2O < 3 ppm, N2 < 3 ppm, O2 + Ar < 1 ppm

NH3 < 1 ppm, NO < 1 ppm, NO2 < 1 pppm

Electronic 99.998% V24085400 200 27CH4 < 1 ppm, CO < 1 ppm, CO2 < 2 ppm, 152 18H2O < 3 ppm, N2 < 10 ppm, O2 + Ar < 2 ppm 32 3

Oxygen / R-732 O2m3

Application: ULSI 99.999% 300 9.5Ar < 5 ppm, CO + CO2 < 0.5 ppm, 24085193 200 6.8H2O < 1 ppm, Kr < 1 ppm, N2 < 2 ppm,

THC < 0.5 ppm

VLSI 99.994% 300 9.5Ar < 35 ppm, CO + CO2 < 2 ppm, 200 7.1H2O < 1 ppm, N2 < 10 ppm, THC (CH4) < 1 ppm

Nitrous Oxide / R-744ACGA:326/DISS:712

Deposition, ETCH

CGA: 540/DISS:714Cleaning, Deposition, ETCH

153




Phosphine / Hydrogen phosphide

PH3kg

Application: MEGABIT II 99.9999% V24091054 200 19N2<0.12ppmv, O2+Ar<0.1 ppmv, CO2<0.05 ppmv,

CH4<0.1 ppmv, H2O<0.1 ppmv, AsH3<0.1 ppmv

Grade 5.6 (99.9996%) V24067549 SDS2® 0.03N2<2 ppmv, O2<1 ppmv, CO2<0.1 ppmv, H2O< 2 ppmvCO<0.1 ppmv, CH4<0.5 ppmv

VLSI 99.9992% 152 4.5N2<1 ppm, O2+Ar<1 ppm, CO2<1 ppm, CO<1 ppm 32 0.9THC (CH4)<4 ppm, H2O<1 ppm, AsH3<2 ppm,

Electronic 99.996% 200 7N2<20 ppm, O2+Ar<4 ppm, CO2<2 ppm, CO<1 ppm 80 2THC (CH4)<4 ppm, H2O<2 ppm, AsH3<5 ppm, 30 0.9

7X 0.1V24099149 2 0.1

SiH4kg

Application: VLSI 99.9995% V24089249 204 (PTD) 10CO<0.5 ppm, CO2<0.5 ppm, H2<50 ppm, N2<1 ppm V24084430 204 10O2+Ar<1 ppm V24094241 152 7.7

82 2.5V24001946 32 1.5

VLSI II 99.995% V24098054 204 10CO<1 ppm, CO2<1 ppm, H2<75 ppm, N2<5 ppm

O2+Ar<5 ppm

CGA:350/DISS:632

CGA:350/DISS:632

Deposition

Silane / Silicon hybride

Deposition, Doping

154




SiF4kg

Application: VLSI 99.999% V24097471 204 23CO<0.1 ppm, CO2<2 ppm, O2<0.5 ppm, N2<4 ppm

THC<0.1 ppm

SF6kg

Application: ULSI 99.999% V24089152 200 45.45CH4<1 ppm, CF4<1 ppm, H2O<0.5 ppm, N2<3 ppm

NO<1 ppm, O2<2 pppm

VLSI 99.996% 152 30HF Acidity<0.4 ppmw 82 18CF4<5 ppm, CO<0.5 ppm, H2O<5 ppm, N2<20 ppm V24095124 32 5.9THC (CH4)<0.1 ppm

Electronic 99.8% 200 43CF4<500 ppm, H2O<70 ppm, N2<400 ppm 80 18O2<100 pppm

SiHCl3 kg

Application: VLSI 99.95% L600 249B<0.06, C<5 ppma, Donor<0.07 ppba, Fe<5 ppba L100 41Other Chlorosilanes<500ppm,Resistivity>600 ohm-cm

Cleaning, ETCH

Deposition

Deposition, ETCHCGA:330/DISS:642

Sulphur Hexafluoride

Valve: ½" FNTP

CGA:590/DISS:716

Trichlorosilane / TCS

Silicon tetrafluoride / Tetrafluorosilane

155




(CH3)3SiH kg

Application: VLSI 99.999%* 200 20Ar+O2<2 ppm, CO<2 ppm, CO2<1 ppm, H2O<1 ppm 200 12N2<1 ppm, THC<1 ppm, Total Chlorides<1 ppm 30 3.0*Metal impurities available on request

WF6kg

Application: ULSI 99.999%* 44 55Acidity (HF)<10 ppmw, CF4<1 ppm, CO<0.5 ppm, 41 13.6CO2<1 ppm, N2<1 ppm, O2+ Ar< 1 ppm, SF6<1 ppm 40 3.4SiF4< 1 ppm

Electronic 99.9% 204 90.8Acidity (HF)<200 ppmw, CF4<10 ppm, CO<5 ppm, 84 45CO2<5 ppm, N2<50 ppm, SF6<10 ppm, SiF4<10 ppm 34 18*Metal impurities available on request

Deposition

DepositionDISS:632

Trimethylsilane / TMS / 3Ms

Tungsten hexafluoride

CGA:670/DISS:638

156




Arsine AsH3m3

Certified2 ppm Arsine 4.7 in Argon 5.0 V24088538 152 4.35 ppm Arsine 4.7 in Argon 5.0 32 0.9310 ppm Arsine 4.7 in Argon 5.0 32 0.9315% Arsine 5.3 in Hydrogen 2 0.02410 ppm Arsine 5.3 in Nitrogen 5.0 152 3.9610 ppm Arsine 4.7 in Nitrogen 5.0 152 3.96

SiH4kg

Certified5% Silane 5.5 in Argon 6.0 V24085391 152 4.35% Silane 5.5 in Argon 5.0 32 0.961% Silane 4.5 in Argon 5.0 V24092423 152 4.35% Silane 4.5 in Argon 5.0 32 0.962% Silane 5.5 in Helium 5.5 200 5.582% Silane 5.5 in Helium 5.5 152 3.795% Silane 5.0 in Helium 6.0 V24083691 200 5.510% Silane 5.0 in Helium 6.0 200 5.55% Silane 4.5 in Helium 5.0 V24093950 32 0.80.5% Silane 4.5 in Hydrogen 5.0 200 5.4930% Silane 5.5 in Nitrogen 5.5 V24085091 200 6.2920% Silane 4.8 in Nitrogen 5.0 V24069153 200 (350) 520% Silane 4.8 in Nitrogen 5.0 V24082760 200 (350 RFO) 55% Silane 4.5 in Nitrogen 5.0 200 610% Silane 4.5 in Nitrogen 5.0 V24077284 200 6

CGA:350

SilaneCGA:350/DISS:632

157




Phosphine PH3kg

1% Phosphine 5.2 in Argon 6.0 200 6.341% Phosphine 4.6 in Argon 5.0 152 4.310% Phosphine 4.6 in Argon 5.0 200 5.9110 ppm Phosphine 5.2 in Helium 5.5 152 3.79100 ppm Phosphine 5.2 in Helium 5.5 152 3.7910 ppm Phosphine 4.6 in Helium 5.0 152 3.79100 ppm Phosphine 4.6 in Helium 5.0 V24078981 152 3.7915% Phosphine 5.2 in Hydrogen 5.5 12 0.3415% Phosphine 4.6 in Hydrogen 5.0 12 0.341% Phosphine 5.2 in Nitrogen 5.0 30 0.825% Phosphine 5.2 in Nitrogen 5.0 200 5.351% Phosphine 4.6 in Nitrogen 5.0 30 0.825% Phosphine 4.6 in Nitrogen 5.0 200 5.35

CGA:350/DISS:632

158

Isotopes



MARKETS:Isotope Chemical Formula Enrichment

11B-DiboraneAmmonia-d3* N2H3 >98 atom%Ammonia-15N 15NH3 >98 atom%Argon 36 36Ar >99 atom%Boron 10 Trifluoride* 10BF3 >97 atom%Boron 11 Trifloride 11BF3 >99.9 atom%O-18 Carbon Dioxide C18O2 >97 atom%C-13 Carbon Dioxide 13CO2 >99 atom%C-12 Carbon Monoxide 12CO >99.9 atom%C-13 Carbon Monoxide 13CO >99 atom%Deuterium Chloride* 2HCl >98 atom%Deuterium* 2H2 >99 atom%Deuterium Hydride DH >97 atom%Helium 3* 3He 99.9 atom%Krypton-78 78Kr >99.9 atom%Krypton-82 82Kr >99 atom%Krypton-84 84Kr >99 atom%Krypton-86 86Kr >99 atom%Methane 12C 12CH4 >99.6 atom%Methane 13C 13CH4 >99 atom%Methane-d4* C2H4 >99 atom%Neon 20 20Ne >99 atom%Neon-21 21Ne >90 atom%Neon 22 22Ne >70 atom%Neon 22 22Ne >99 atom%Nitric Oxide 15N 15NO >98 atom%Nitrogen 15N 15N2 >98 atom%Oxygen 18 18O2 97 atom%Oxygen 17 17O2 70 atom%Silane d-4* Si2H4 >98 atom%Xenon-124 124Xe >99.9 atom%Xenon-129 129Xe >50 atom%Xenon-129 129Xe >81 atom%Xenon-129 129Xe >86 atom%Xenon-131 131Xe >99 atom%Xenon-132 132Xe >99 atom%Xenon-132 132Xe >90 atom%Xenon 134 134Xe >98.9 atom%Xenon-136 136Xe >99 atom%Xenon-136 136Xe >90 atom%Please inquire with the Customer Service Team for quotes regarding rare isotopes, product mixtures, or custom requests.

For any request for ISOTOPIC MATERIAL, Customer and Application

must be included

Industrial, medical, defense and research

159

Isotopes



Deuterated Ammonia N2H3, ND3kg

Typical applications:

Ammonia-d3 2A 16.2Ar + O2<1 ppmv, CO2< 1 ppmv, CO<1 ppmv, 3A 8.4Deuterated CH4<2 ppmv, H2O<2 ppmv, N2<10 ppmv

4A 3.8

10BF3

Enrichment > 96.5 atom%Typical applications:

10 Boron Trifluoride 99.99% On request On requestH2<5 ppm, O2<5 ppm, CO2<5 ppm, CO<5 ppm

CH4<5 ppm

11BF3

Typical applications: 11 Boron Trifluoride 99.99% On request On requestN2<15 ppm, O2 + Ar<30 ppm, CO2<15 ppm,

SO2<10 ppm, SiF4<10 ppm

H310BO3


10 Boric Acid 99.95 wt. % On request On requestAs<0.5 ppm, Ca<1 ppm, Cl2<0.3 ppm, F2<0.3 ppm,

Heavy metals (as Pb)<1 ppm, Fe<2 ppm, Na<3 ppmPhosphates<0.1 ppm, Sulfates<0.2ppm,

Water Insolubles<10 ppm

* For any request, Customer and application must be included



Enrichment > 96 wt %Used in the cooling pools of PWR type nuclear power plants as a thermal neutron moderator.


Enrichment > 99 atom% CGA:660/DISS:720

10B Enriched Boric Acid (EBA)

Used in Gigabyte DRAM production as a source of deuterium in silicon nitride and siliconoxynitride passivation films

Silicon semiconductor manufacturing as a P-type dopant

11 Boron Trifluoride Electronic GradeEnrichment > 99.8 atom%

10 Boron Trifluoride Detector Grade

Thermal Neutron Diffraction, Spectroscopy, Density Gauges, and Neutron Monitoring.

160

Isotopes



C18O2


18O Carbon Dioxide 99.9 % On request On requestAr<1 ppm, CO<0.5 ppm, O2<2 ppm, N2<5 ppm,

H2<1 ppm, H2O<2 ppm, Total THC<0.5 ppm

Deuterium 2H2, D2l


Deuterium 99.999% 24090948 500 12,000CO < 1 ppm, CO2 < 1 ppm, H2 < 100 ppm, 300 7,300H2O < 1 ppm, HD + H2 < 5,000 ppm, 24081301 200 5,000N2 < 1 ppm, O2 < 1 ppm, THC < 1 ppm 24077408 152 3,500

24082033 80 2,00024084810 30 75024082040 10 250

P24017322 LB 50



Enrichment > 99.75 atom%Used in university and industrial research comparisons between the hydrogen and deuterim in deposited film analysis, to use a as a rapid thermal anneal for certain semiconductor devices where deuterium's higher bond energy is desired. Deuterium is also used in optical fiber manufacturing to eliminate the water peak at 1390nm wich significantly decreases fiber attenuation in the E band.

CGA:703 or 350 / DISS:724

18O Carbon DioxideEnrichment> 95 atom%

Used in advanced industrial CO2 laser systems to modify the wavelength of the laser.

161

Isotopes



Helium-3 3He l

Enrichment > 99.9 atom% Maximum


Helium-3 99.9995% 30 1100CO < 1 ppm, CO2 < 0.5 ppm, H2O < 0.1 ppm, 10 400N2 < 1 ppm, O2 < 1 ppm, Ar<0.5 ppm, V24096802 6 150Activity<1.3 x10-7 uCi/cc V24092277 LB 50

V24096413 LB 40V24098580 LB 38V24094565 LB 30V24094621 LB 25V24099550 LB 16P24095582 LB 15P24091943 LB 10V24098889 LB 8P24095583 LB 5


Typically shipped and used in gaseous form in neutron detectors, spectrometers, medical imaging, ring lasers, dilution refrigerators, and ultra low temperature physics research.

162

Isotopes



22Ne g


Neon-22 99.99 % On request On requestCO2<0.2 ppm, CO<0.2 ppm, He<10 ppm, H2<1 ppm

N2<1 ppm, O2<1 ppm, H2O<1 ppm,

Oxygen-18 18O2

Enrichment> 97 atom%Typical applications:

Oxygen-18 99.9% On request On requestN2<250 ppm, H2<50ppm, H2O<5 ppm

Deuterated Silane l

Enrichment> 99 atom%Typical applications:

Deuterated Silane 99.99% 4A 900Ar + O2<5 ppm, CO2<1 ppm, CO<1 ppm, 4A 100Chlorosilanes<5 ppm, D2<100 ppm, N2<5 ppm

Deuterated Si2H6<20 ppm, deuterated CH4<5 ppm

Moisture (incl. D20)< 1 ppm

Neon has three stable isotopes, Ne-20, Ne-21, Ne-22. Ne-20 and Ne-22 are the principle isotopes found in Helium-Neon laser applications. One of a number of critical applications is the use of ring lasers found in commercial, space and military guidance, navigation and control systems. The Ring Laser Gyros (RLG) can be used as the stable elements(for one degree of freedom each) in an inertial guidance system.


Neon-22

CGA:350/DISS:632

18O2 is often used as a cyclotron target in the production of the radioisotope 18F. 18F derivatives have clinical usesin positron emission tomography (PET). 18O2 also has applications as a tracer molecule in material science and inplant biology.

Enrichment> 99 atom%



Si2H4, SiD4

Used in Gigabyte DRAM production as a source of silicon without hydrogen, where the hydrogen that is typically incorporated in the crystal lattice, is detrimental to the high-speed operation of the gate. Deuterated Silane is also used in a variety of research applications to allow determination of hydrogen thermodynamics and incorporation rates.

163

Isotopes



129Xe


Xenon-129 99.99% On request On requestN2<0.5ppm, O2<0.5 ppm, Ar<0.5 ppm, H2<1 ppm,

He<1 ppm, Ne<1 ppm, Kr<1 ppm, CO< 10 ppm,

CO2<1 ppm

Xe


Xenon 99.999% On request On requestN2<2ppm, O2<0.5 ppm, Ar<1 ppm, H2<2 ppm,

Kr<5 ppm, CO2<1 ppm, CF4<0.5 ppm, THC<0.5 ppmMoisture<0.5 ppm



Enrichment> 80 atom% or 85 atom%

Xenon, Medical Grade

Xenon-129

Enrichment: Natural abunanceMedical Grade Xenon has clinical applications in hyperpolarized magnetic resonance imaging (HPMRI), as well as xenon enhanced computed tomography (CT).

The element Xenon has 9 stable isotopes. 129Xe is of particular interest because of its high solubility, high magnetic resonance signal intensity, and large chemical shift. Hyperpolarized 129Xe allows for non-radioactive, non-invasive MRI imaging of gas diffusion in the lungs and blood flow throughout the brain.

164

Portable Calibration Gas

Product / Produit Type Material Number

PCG17 (case of 12 cylinders / caisse de 12 bouteilles) D CGA: 600

Air Zero 2 P24065198Argon Zero P24084171Carbon Dioxide / Dioxyde Carbone Gr 2.8 P24069861Helium / Hélium Zero P24069862Hydrogen / Hydrogèn Zero P24017590Nitrogen / Azote Zero 0.2 P24017595

n-Butane in / dans l'Air 10 ppm - 0.75%Carbon Dioxide in Air / Dioxyde Carbone dans l'Air ≥ 50 ppmCarbon Dioxide in Nitrogen / Dioxyde Carbone dans l'Azote ≥ 50 ppmCarbon Monoxide in Air / Monoxyde Carbone dans l'Air 10-2000 ppmCarbon Monoxide in Nitrogen / Monoxyde Carbone dans l'Azote 10-2000 ppmEthylene in Air/Éthylène dans l'Air 10 ppm - 1.35%Halocarbon 22 in Air / Halocarbure 22 dans l'Air 10-1000 ppmHalocarbon 123 in Air / Halocarbure 123 dans l'Air 10-1000 ppmHalocarbon 134A in Air / Halocarbure 134A dans l'Air 10-1000 ppmHexane in / dans l'Air 10 ppm - 0.48%Hydrogen in Air / Hydrogène dans l'Air 10 ppm - 2%Isobutylene in Air / Isobutylène dans l'Air 10-250 ppmMethane in Air / Méthane dans l'Air 10 ppm - 2.5%Oxygen in Nitrogen / Oxygène dans l'Azote ≥ 10 ppmn-Pentane in / dans l'Air 10 ppm - 0.7%Propane in / dans l'Air 10 ppm - 1.1%


Equipment Series Material DescriptionVariable Flow Regulator Brass P2300-600

Pure Gases / Gaz purs

2 Component Mixtures / Mélange à deux composants

D Disposable cylinder, price of cylinder included in product price. Customer responsible for cylinder disposableBouteille jetable, le prix de la bouteille est inclu dans celui du produit. La mise au rebut de la bouteille est sous

165



PCG105 D CGA: C10

Air Zero 2 P24068154Argon Gr 4.8 P24084162Helium / Hélium Gr 4.7 P24084164Nitrogen / Azote Zero 0.2 P24070957Nitrogen / Azote Gr 5.0 P24017594

n-Butane in / dans l'Air 10 ppm - 0.75%Carbon Dioxide in Air / Dioxyde Carbone dans l'Air ≥ 50 ppmCarbon Dioxide in Nitrogen / Dioxyde Carbone dans l'Azote ≥ 50 ppmCarbon Monoxide in Air / Monoxyde Carbone dans l'Air 10-2000 ppmCarbon Monoxide in Nitrogen / Monoxyde Carbone dans l'Azote 10-2000 ppmEthylene in Air/Éthylène dans l'Air 10 ppm - 1.35%Halocarbon 22 in Air / Halocarbure 22 dans l'Air 10-1000 ppmHalocarbon 123 in Air / Halocarbure 123 dans l'Air 10-1000 ppmHalocarbon 134A in Air / Halocarbure 134A dans l'Air 10-1000 ppmHexane in / dans l'Air 10 ppm - 0.48%Hydrogen in Air / Hydrogène dans l'Air 10 ppm - 2%Isobutylene in Air / Isobutylène dans l'Air 10 -250 ppmMethane in Air / Méthane dans l'Air 10 ppm - 2.5%Oxygen in Nitrogen / Oxygène dans l'Azote ≥ 10 ppmn-Pentane in / dans l'Air 10 ppm - 0.7%Propane in / dans l'Air 10 ppm - 1.1%


Equipment Series Material Description SAP numberFixed Flow Regulator Brass P2700B-C10Fixed Flow Regulator Stainless Steel P2700S-C10

Variable Flow Regulator Aluminum P2900-C10 11187972




166



PCG221 D CGA: 165

Air Zero 2 P24074879Argon Gr 4.8 P24074355Carbon Dioxide / Dioxyde Carbone Gr 2.8 P24070010Helium / Hélium Gr 4.7 P24084165Nitrogen / Azote Zero 0.2 P24077332Nitrogen / Azote Gr 4.8 P24017593

n-Butane in / dans l'Air 10 ppm - 0.75%Carbon Dioxide in Air / Dioxyde Carbone dans l'Air ≥ 50 ppmCarbon Dioxide in Nitrogen / Dioxyde Carbone dans l'Azote ≥ 50 ppmCarbon Monoxide in Air / Monoxyde Carbone dans l'Air 10-2000 ppmCarbon Monoxide in Nitrogen / Monoxyde Carbone dans l'Azote 10-2000 ppmEthylene in Air/Éthylène dans l'Air 10 ppm - 1.35%Halocarbon 22 in Air / Halocarbure 22 dans l'Air 10-1000 ppmHalocarbon 123 in Air / Halocarbure 123 dans l'Air 10-1000 ppmHalocarbon 134A in Air / Halocarbure 134A dans l'Air 10-1000 ppmHexane in / dans l'Air 10 ppm - 0.48%Hydrogen in Air / Hydrogène dans l'Air 10 ppm - 2%Isobutylene in Air / Isobutylène dans l'Air 10 -250 ppmMethane in Air / Méthane dans l'Air 10 ppm - 2.5%Oxygen in Nitrogen / Oxygène dans l'Azote ≥ 10 ppmn-Pentane in / dans l'Air 10 ppm - 0.7%Propane in / dans l'Air 10 ppm - 1.1%


Equipment Series Material DescriptionVariable Flow Regulator Brass P2100




167



PCG58 D, UL CGA: C10

Air Zero 2 P24084030Argon Gr 5.0 P24095282Argon Gr 4.8 P24084168Helium / Hélium Gr 4.7 P24084167Nitrogen / Azote Zero 0.2 P24084169Nitrogen / Azote Gr 4.8 P24078433

Ammonia in Air / Ammoniac dans l'Air 10 - 500 ppmAmmonia in Nitrogen / Ammoniac dans l'Azote 10 - 500 ppmn-Butane in / dans l'AirCarbon Dioxide in Air / Dioxyde Carbone dans l'AirCarbon Dioxide in Nitrogen / Dioxyde Carbone dans l'Azote

Carbon Monoxide in Air / Monoxyde Carbone dans l'Air

Carbon Monoxide in Nitrogen / Monoxyde Carbone dans l'AzoteChlorine in Nitrogen / Chlore dans l'Azote 2 - 1000 ppmEthylene in Air/Éthylène dans l'Air 1.15%Halocarbon 22 in Air / Halocarbure 22 dans l'Air 500 ppm, 1000 ppmHexane in / dans l'Air 400 ppmHydrogen in Air / Hydrogène dans l'Air 100 ppm, 500 ppm, 0.8%, 1%, 2%Hydrogen Chloride in Nitrogen / Chlorure Hydrogène dans l'Azote 3 - 1000 ppmHydrogen Sulphide in Air / Sulfure Hydrogène dans l'Air 5 - 1000 ppmHydrogen Sulphide in Nitrogen / Sulfure Hydrogène dans l'Azote 5 - 1000 ppmIsobutylene in Air / Isobutylène dans l'Air 100 ppmMethane in Air / Méthane dans l'AirNitric Oxide in Nitrogen / Oxyde Nitrique dans l'Azote 5 - 900 ppmNitrogen Dioxide in Air / Dioxyde Azote dans l'Air 3 - 200 ppmNitrogen Dioxide in Nitrogen / Dioxyde Azote dans l'Azote 3 - 200 ppmOxygen in Nitrogen / Oxygène dans l'Azoten-Pentane in Air / dans l'Air 0.70%Propane in / dans l'Air 0.5%, 0.6%, 1.05%Sulphur Dioxide in Nitrogen / Dioxyde Soufre dans l'Azote 2 - 100 ppm



600 ppm, 800 ppm, 1000 ppm, 1500ppm, 2000 ppm, 5000 ppm,

1000 ppm, 2000 ppm0.75%

20 ppm, 35 ppm, 50 ppm, 60 ppm, 100 ppm, 200 ppm, 250pm, 300 ppm, 400 ppm10 ppm, 60 ppm, 100 ppm, 400 ppm

100 ppm, 500 ppm, 1%, 2%, 2.2%, 2.5%

100 ppm, 0.4%, 5%, 15%, 18%

168



PCG58 D, UL CGA: C10

H2S 10ppm, CO 35ppm, CH4 0.5%, O2 18% P24085530H2S 10ppm, CO 50ppm, CH4 2.5%, O2 20.9% P24095537H2S 15ppm, CO 50ppm, CH4 2.5%, O2 18% P24095372H2S 15ppm, CO 100ppm, CH4 2.5%, O2 18% P24090299H2S 20ppm, CO 60ppm, CH4 1.45%, O2 15% P24090095H2S 25ppm, CO 50ppm, CH4 2.5%, O2 12% P24081091H2S 25ppm, CO 50ppm, CH4 2.5%, O2 19% P24073740H2S 25ppm, CO 100ppm, CH4 1.25%, O2 18% P24096148H2S 25ppm, CO 100ppm, CH4 2.5%, O2 17% P24089763H2S 25ppm, CO 100ppm, CH4 2.5%, O2 18% P24083508H2S 25ppm, CO 100ppm, CH4 2.5%, O2 19% P24077941H2S 25ppm, CO 100ppm, CH4 2.5%, O2 20.9% P24017623H2S 25ppm,CO 50ppm, C3H8 1.1%, O2 18% P24082099H2S 25ppm, CO 100ppm, C5H12 0.35%, O2 18% P24083699H2S 25ppm, CO 100ppm, C5H12 0.35%, O2 19% P24078872


Equipment Series Material Description SAP numberFixed Flow Regulator Brass P2700B-C10Fixed Flow Regulator Stainless Steel P2700S-C10

Variable Flow Regulator Aluminum P2900-C10 11187972

UL The upper limit for toxic components varies but will not exceed 1000 ppm in the PCG58 cylinder for safety reasons. Some gas may be released from the cylinder when connection is made.Comme mesure de sécurité, la limite supérieure des composants toxiques ne dépassera pas la concentration de 1000ppm dans la bouteille PCG58. Lors de la connection, une partie du gaz peut être échappée.


Multi-Component Mixtures in Nitrogen / Mélange à multi composants dans l'Azote

169



6R / 6I * CGA: 180

Air Zero 2 P24000051Argon Gr 5.0 P24075898Hydrogen / Hydrogène Gr 4.0 P24075331Helium / Hélium Gr 4.7 P24084166Methane / Méthane Gr 2.0 P24063900Nitrogen / Azote Zero 0.2 P24068292Nitrogen / Azote Gr 5.0 P24075367Nitrogen / Azote Gr 4.8 P24001361

Ammonia in Air / Ammoniac dans l'Air 20 - 500 ppmAmmonia in Nitrogen / Ammoniac dans l'Azote 20 - 500 ppmn-Butane in / dans l'AirCarbon Dioxide in Air / Dioxyde Carbone dans l'AirCarbon Dioxide in Nitrogen / Dioxyde Carbone dans l'Azote

Carbon Monoxide in Air / Monoxyde Carbone dans l'Air

Carbon Monoxide in Nitrogen / Monoxyde Carbone dans l'AzoteEthylene in Air/Éthylène dans l'Air 1.15%Ethylene Oxide in Nitrogen / Oxyde d'Éthylène dans l'Azote 10 ppmHalocarbon 22 in Air / Halocarbure 22 dans l'Air 500 ppm, 1000 ppmHexane in / dans l'Air 400 ppmHydrogen in Air / Hydrogène dans l'Air 100 ppm, 500 ppm, 0.8%, 1%, 2%Hydrogen Sulphide in Air / Sulfure Hydrogène dans l'Air 5 ppm, 50 ppmHydrogen Sulphide in Nitrogen / Sulfure Hydrogène dans l'Azote 10 ppm, 25 ppm, 50 ppm, 100 ppmIsobutylene in Air / Isobutylène dans l'Air 100 ppmMethane in Air / Méthane dans l'AirNitric Oxide in Nitrogen / Oxyde Nitrique dans l'Azote 50 - 900 ppmOxygen in Nitrogen / Oxygène dans l'Azoten-Pentane in Air / dans l'Air 0.7%Propane in / dans l'Air 0.5%, 0.6%, 1.05%Sulphur Dioxide in Air / Dioxyde Soufre dans l'Air 5 ppm, 10 ppmSulphur Dioxide in Nitrogen / Dioxyde Soufre dans l'Azote 5 ppm, 10 ppm

20 ppm, 35 ppm, 50 ppm, 60 ppm, 100 ppm, 200 ppm, 250pm, 300 ppm, 400 ppm10 ppm, 60 ppm, 100 ppm, 400 ppm

100 ppm, 500 ppm, 1%, 2%, 2.2%, 2.5%

100 ppm, 0.4%, 5%, 15%, 18%

1000 ppm, 2000 ppm600 ppm, 800 ppm, 1000 ppm, 1500ppm, 2000 ppm, 5000 ppm,



0.75%

170



6R / 6I * CGA: 180

H2S 25ppm,CO 50ppm, C3H8 1.05%, O2 20.9%H2S 10ppm, CO 50ppm, CH4 2.5%, O2 20.9%H2S 15ppm, CO 100ppm, CH4 2.2%, O2 18%H2S 15ppm, CO 100ppm, CH4 2.5%, O2 18%H2S 20ppm, CO 60ppm, CH4 1.45%, O2 15%H2S 25ppm, CO 50ppm, CH4 2.5%, O2 19%H2S 25ppm, CO 100ppm, CH4 2.5%, O2 17%H2S 25ppm, CO 100ppm, CH4 2.5%, O2 18% P24077642H2S 25ppm, CO 100ppm, CH4 2.5%, O2 20.9% P24075820H2S 40ppm, CO 100ppm, CH4 2.5%, O2 15%H2S 25ppm, CO 100ppm, C5H12 0.35%, O2 18%


Cylinders / Bouteilles Material SAP number6RBR Brass valve 14002262

For all non-reactive use / Pour tout usage non-réactif6RSS Steel valve 14003470

For reactive mixtures / Pour des mélanges réactifs6ISS Steel valve 14001755

6I cylinder treated for stabilityFor reactive mixtures with oxygen content and other mixtures as

necessary

Equipment Series Material Description SAP numberVariable Flow Regulator Aluminum P2900-180 11262536

* Product price does not include cylinder / Le prix de la bouteille est exclus

Multi-Component Mixtures in Nitrogen / Mélange à multi composants dans l'Azote

171


Size MaterialValve Outlet

Minimal Dimensions Diameter x Height

Average Tare Weight

Water Capacity

Service Pressure

Taille Matériel

Dimensions minimales Diamètre

x HauteurPoids à vide

moyenCapacité en eau

Pression d’utilisation

kg L psig

PCG17 Steel / Acier (Disposable / Jetable)

CGA 600 7cm x 27.3cm 2.75” x 10.75”

0.4 1 240


C10 8.3cm x 35.33.25” x 13.9”

1.5 1.52 1,000


CGA 165 22.9cm x 42.5cm 9” x 16.75”

3 12 260

PCG58 Aluminum / Aluminium (Disposable / Jetable)

C10 8.9cm x 36.6cm 3.5” x 14.4”

1 1.72 500

6R, 6I Aluminum / Aluminium (Refillable / Réutilisable)

CGA 180 8.3cm x 31.5cm 3.25” x 12.4”

0.7 0.83 1,775 or / ou 2,216

172

ECOTOP

Product / Produit Grade SizeMaterial Number

ECOTOP

Air Gr 0.1 RSH2 24081638Air Gr 0.1 OSQ 24086937Argon Gr 5.0 RSH2 24081636Carbon Monoxide * Gr 2.5 RSQ4 24095121Helium Gr 5.0 RSH2 24081667Hydrogen Gr 5.0 RSH4 24081613Methane Gr 2.0 RSH4 24081621Nitrogen Gr 5.0 RSH2 24081600Nitrogen Gr 5.0 OSQ 24086936

Non-Flammable Inert Mixtures ECRSH2ECRSQ2ECOSQECOSH

Flammable Mixtures ECRSH4ECRSQ4

Reactive Mixtures : 2-3 components ECRSH2ECRSH4ECRSQ2ECRSQ4ECOSQECOSH

Reactive Mixtures : 4-6 components ECRSH2ECRSQ4ECOSQECOSH

Notes


Standard Certified Mixture

*Carbon Monoxide: Customer subject to Product Stewardship approval for this product prior to quotation or supply.

● Units are not approved for pure oxidizing gases e.g. O2, NO, NO2 and N2O or oxidizing mixtures● OSQ and OSH models are not approved for flammable mixtures.● Toxic gases only supplied with quick connector outlet.● Liquefied, laser, EPA Protocol gases/mixtures are not available● Quick connector, fitting standard Swagelok QM series quick connector parts, is available for R series cylinders (cylinder designation RSQ). Quick connector is installed by supplying plant.● Pure materials supplied with certificate of conformance only. Available upon request at time of order. Mixtures supplied with certificate of analysis.

173

ECOTOP

MIXTURE COMPONENTS

Mixture Component Available Mixture Component Available1,2 Dichloroethane (Ethylene Dichloride) N Hydrogen Bromide N1-Butene N Hydrogen Chloride NAcetylene 10 ppm - 1% Hydrogen Cyanide NAir Y Hydrogen Sulphide* 10 ppm - 1% t

Alkanes C7-C10 N Isobutane YAlkenes C5-C10 N Isobutylene YAllene (1,2-propadiene) N Isopentane YAmines N Mercaptans Y t

Ammonia (NH3) 20 ppm - 1% t Methane YArgon Y Methanol NBenzene 5 - 1000 ppm Methyl Acetylene NButane Y Methyl Sulphide Y t

Carbon Dioxide Y Nitric Oxide (NO) 50 - 5000 ppm t

Carbon Monoxide Y t Nitrogen YCarbonyl Sulphide N Nitrogen Dioxide (NO2) 5 - 50 ppm **Chlorine N Nitrous Oxide (N2O) InquireCis-2-butene N Oxygen ≤ 23%Deuterium N Pentane YDimethyldisulphide 20 ppm Propane YEthane Y Propylene YEthyl Chloride N Quad mixes (H2S+CO+LEL+O2)** YEthyl Mercaptan 20 ppm Solvents & VOC's InquireEthylene Y Sulphur Dioxide 5 - 5000 ppm t

Ethylene Oxide N Sulphur Hexafluoride YHalocarbon: 11, 12, 14, 22, 123, 134A, 404A, 507 Y Toluene 5 - 500 ppmHelium Inquire Trans-2-butene NHexane Y t Water NHydrogen Y

Notes* Upper limit of 100ppm for H2S in Quad mixture.** NO2 mixtures > 10 ppm supplied at reduced pressuret All toxic components maximum limit 1,000 ppm with hose barb outlet. Only offered with quick connector outlet at concentrations greater

174

ECOTOP

STANDARD MIXTURES

Mixture Minor Component(s)

100 ppm Acetone / Balance Air Acetone0.5% Ethane / Balance Air C2H6

1.15% Ethylene / Balance Air C2H4

1.35% Ethylene / 21% Oxygen / Balance Nitrogen C2H4

200 ppm Ethylene / Balance Air C2H4

1.15% Acetylene / Balance Air C2H2

0.21% Propane / Balance Air C3H8







100 ppm Propane / Balance Air C3H8

1 % Propylene / Balance Air C3H6

0.34% Butane / Balance Air C4H10

0.75% Butane / Balance Air C4H10

0.35% Pentane, 17% Oxygen / Balance Nitrogen C5H12

0.35% Pentane / Balance Air C5H12

0.35% Pentane / Balance Nitrogen C5H12

0.375% Pentane / 19% Oxygen / Balance Nitrogen C5H12

0.6% Pentane / 20.8% Oxygen / Balance Nitrogen C5H12

0.70% Pentane / Balance Air C5H12

100 ppm Carbon Monoxide / 0.35% Pentane / 19% Oxygen / Balance Nitrogen C5H12

0.24% Hexane / Balance Air C6H14



400 ppm Hexane / Balance Air C6H14

0.1% Methane / Balance Air CH4





100 ppm Methane / Balance Air CH4


175

ECOTOP

STANDARD MIXTURES

Mixture Minor Component(s)2.0% Methane / Balance Air CH4


2.5% Methane / Balance Nitrogen CH4



10 ppm Carbon Monoxide / Balance Air CO


100 ppm Carbon Monoxide / Balance Hydrogen CO

100 ppm Carbon Monoxide / Balance Nitrogen CO


















75 ppm Carbon Monoxide / Balance Air CO1.5% Carbon Dioxide / Balance Air CO2

1.5% Carbon Dioxide / Balance Nitrogen CO2

1000 ppm Carbon Dioxide / Balance Air CO2

1000 ppm Carbon Dioxide / Balance Nitrogen CO2



2.5% Carbon Dioxide / Balance Air CO2

20% Carbon Dioxide / Balance Nitrogen CO2

176

ECOTOP

STANDARD MIXTURES

Mixture Minor Component(s)2000 ppm Carbon Dioxide / Balance Air CO2





5% Carbon Dioxide / Balance Air CO2

50% Carbon Dioxide / Balance Air CO2

50% Carbon Dioxide / Balance Hydrogen CO2


5350 ppm Carbon Dioxide / Bal Nitrogen CO2







0.2% Hydrogen / Balance Air H2




1000 ppm Hydrogen / Balance Air H2




100 ppm Halocarbon 123 / Balance Air HA








250 ppm Halocarbon 134A / Balance Air HA

500 ppm Halocarbon 134A / Balance Air HA

177

ECOTOP

STANDARD MIXTURES


500 ppm Halocarbon R404A / Balance Air HA



10 ppm Isobutylene / Balance Air Isobutylene

100 ppm Isobutylene / 2.5% Methane / 18% Oxygen / Balance Nitrogen Isobutylene

100 ppm Isobutylene / Balance Air Isobutylene

110 ppm Isobutylene / Balance Nitrogen Isobutylene0.4% Oxygen / Balance Nitrogen O2

1% Oxygen / Balance Helium O2

10% Oxygen / Balance Nitrogen O2

100 ppm Oxygen / Balance Nitrogen O2

1000ppm Oxygen / Balance Nitrogen O2





20.9% Oxygen / Balance Nitrogen O2

21.9% Oxygen / Balance Nitrogen O2

80 ppm Oxygen / Balance Nitrogen O2

10 ppm H2S / 50 ppm CO / 2.5% CH4 / 20.9% O2 / Balance Nitrogen Quad15 ppm H2S / 100 ppm CO / 2.5% CH4 / 18% O2 / Balance Nitrogen Quad15 ppm H2S / 100 ppm CO / 2.2% CH4 / 18% O2 / Balance Nitrogen Quad20 ppm H2S / 60 ppm CO / 1.45% CH4 / 15% O2 / Balance Nitrogen Quad25 ppm H2S / 50 ppm CO / 2.5% CH4 / 18% O2 / Balance Nitrogen Quad25 ppm H2S / 50 ppm CO / 2.5% CH4 / 19% O2 / Balance Nitrogen Quad25 ppm H2S / 100 ppm CO / 2.5% CH4 / 17% O2 / Balance Nitrogen Quad25 ppm H2S / 100 ppm CO / 2.5% CH4 / 18% O2 / Balance Nitrogen Quad25 ppm H2S / 100 ppm CO / 2.5% CH4 / 19% O2 / Balance Nitrogen Quad25 ppm H2S / 100 ppm CO / 2.5% CH4 / 20.9 O2 / Balance Nitrogen Quad40 ppm H2S / 100 ppm CO / 2.5% CH4 / 15% O2 / Balance Nitrogen Quad25 ppm H2S / 50 ppm CO / 1.05% C3H8 / 20.9% O2 / Balance Nitrogen Quad25 ppm H2S / 100 ppm CO / 0.35% Pentane / 18% O2 / Balance Nitrogen Quad25 ppm H2S / 100 ppm CO / 0.35% Pentane / 19% O2 / Balance Nitrogen Quad

0.5% Oxygen / 20% Carbon Dioxide / Balance Nitrogen Quad

100 ppm Carbon Monoxide / 10 ppm Methane / Balance Air Quad

178

ECOTOP

STANDARD MIXTURES


100 ppm Carbon Monoxide / 2.5% Methane / Balance Air Quad

25 ppm Carbon Monoxide / 1000 ppm Carbon Dioxide / Balance Nitrogen X2

50 ppm Carbon Monoxide / 2.5% Methane / Balance Air X2

50 ppm Carbon Monoxide / 5 ppm Methane / Balance Air X2

800 ppm Carbon Dioxide / 25 ppm Carbon Monoxide / Balance Air X2

0.75% Carbon Monoxide / 0.75% Hydrogen / 2% Oxygen / Balance Nitrogen X3

100 ppm Carbon Monoxide / 1.0% Methane / 19% Oxygen / Balance Nitrogen X3


100 ppm Carbon Monoxide / 2.5% Methane / 19% Oxygen / Balance Nitrogen X31200 ppm Propane / 4% CO / 12% CO2 / Balance Nitrogen X3

100 ppm Toluene / Balance Air Toluene

150 ppm Carbon Monoxide / 150 ppm Hydrogen / 2% Oxygen / Balance Nitrogen X3

1600 ppm Carbon Monoxide / 1600 ppm Hydrogen / 2% Oxygen / Balance Nitrogen X3

1800 ppm Carbon Monoxide / 10% Oxygen / 17% Carbon Dioxide / Balance Nitrogen X3

200 ppm Carbon Monoxide / 2.5% Methane / 18% Oxygen / Balance Nitrogen X3300 ppm CO / 1.45% CH4 / 15% O2 / Balance Nitrogen X3

50 ppm Carbon Monoxide / 1% Methane / 19% Oxygen / Balance Nitrogen X3



800 ppm Carbon Monoxide / 800 ppm Hydrogen / 2% Oxygen / Balance Nitrogen X3CH4, C2H6, C3H8, C4H10, C5H12, C6H14, 1000 ppm each / Balance Nitrogen X6CH4, C2H6, C3H8, C4H10, C5H12, C6H14, 10 ppm each / Balance Nitrogen X6

179

ECOTOP

ACCESSORIES

Product SAP NumberShoulder Strap 111821802-Cylinder Carrying Case* 11182660Cylinder Stand 112103193-Cylinder Backpack 11274111Fill Port Cap 15006150* Case does not include cylinders or shoulder strap.

Carrying Case

Cylinder Stand

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189

Messer Canada Inc.5860 Chedworth Way

Mississauga, ONL5R 0A2 Canada

Phone/Tél [email protected]

www.shop.messer-ca.comwww.achats.messer-ca.com

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