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Aroclor 1016. 50mg/kg in transformer oil, 1ml/ampule.

Aroclor 1016. 500mg/kg in transformer oil, 1ml/ampule.

Aroclor 1221. 50mg/kg in transformer oil, 1ml/ampule.

Aroclor 1221. 500mg/kg in transformer oil, 1ml/ampule.

Aroclor 1232. 50mg/kg in transformer oil, 1ml/ampule.

Aroclor 1232. 500mg/kg in transformer oil, 1ml/ampule.

Aroclor 1242. 50mg/kg in transformer oil, 1ml/ampule.

Aroclor 1242. 500mg/kg in transformer oil, 1ml/ampule.

Aroclor 1248. 50mg/kg in transformer oil, 1ml/ampule.

Aroclor 1248. 500mg/kg in transformer oil, 1ml/ampule.

Aroclor 1254. 50mg/kg in transformer oil, 1ml/ampule.

Aroclor 1254. 500mg/kg in transformer oil, 1ml/ampule.

Aroclor 1260. 50mg/kg in transformer oil, 1ml/ampule.

Aroclor 1260. 500mg/kg in transformer oil, 1ml/ampule.

PCB Kit #1. 1,000ug/mL in hexane, 1mL/ampule. Includes 1 each of 32006, 32007, 32008, 32009, 32010, 32011, and 32012.

PCB Kit #2. 200ug/mL in isooctane, 1mL/ampule. Includes 1 each of 32064, 32065, 32066, 32067, 32068, 32069, and 32070.

2,4'-DDD, Restek - 32098, 1 ml/Ampule, 2,4'-DDD

2,4'-DDE, Restek - 32099, 1 ml/Ampule, 2,4'-DDE

2,4'-DDT, Restek - 32200, 1 ml/Ampule, 2,4'-DDT

4,4'-DDT, Restek - 32203, 1 ml/Ampule, 4,4'-DDT

Dieldrin, Restek - 32218, 1 ml/Ampule, Dieldrin

Hexachlorobenzene, Restek - 32231, 1 ml/Ampule, Hexachlorobenzene

Dinoseb, Restek - 32251, 1 ml/Ampule, Dinoseb

Pesticide Reference Standard, Method 8140/8141, Restek - 32277, Pesticide Calibration Mix, includes 20 Components, 200 µg/mL each in Hexane:Acetone (95/5), 1 mL/ampoule

Pesticide Reference Standard, Method 8140/8141, Restek - 32278, Pesticide Calibration Mix, includes Dimethoate, Parathion, EPN, Sulfotepp, Malathion, TEPP, Monocrotophos, 200 µg/mL each in Hexane:Acetone (95/5), 1 mL/ampoule

8140/8141 Internal Standards & Surrogates, triphenyl phosphate and tributylphosphate, Restek - 32280, Tributylphosphate

8140/8141 Internal Standards & Surrogates, triphenyl phosphate and tributylphosphate, Restek - 32281, 1 ml/Ampule, Triphenylphosphate

Organochlorine Pesticide Mix AB #1. 200ug/mL ea. in hexane/toluene (1:1), 1mL/ampule.

Organochlorine Pesticide Mix AB #2. In hexane/toluene (1:1), 1mL/ampule.

Aroclor Solutions, Restek - 32409, 1 ml/Ampule, Aroclor 1262

Organochlorine Pesticide Mix AB # 3 (20 Components), Restek - 32415, 1 ml/Ampule, Organochlorine Pesticide Mix AB # 3

Organophosphorus Pesticide Mix, 8270/Appendix IX (9 components), Restek - 32419, 1 ml/Ampule, Organophosphorus Pesticide Mix, 8270/Appendix IX

531.2 Carbamate Pesticide. Calibration mixture. Formulated in acetonitrile for stability and convenience for hplc analysis.

Grob Text Mix. nC10-FAME: 0.42mg/mL. nC11-FAME: 0.42. nC12-FAME: 0.41. 2,3-butanediol: 0.53. dicyclohexylamine: 0.31. 2,6-dimethylphenol. 2-ethylhexanoic acid: 0.38. nonanal: 0.40. 1-octanol: 0.36. undecane:0.29. decane: 0.28. In CH2CL2 1mL/ampule.

AOCS#1. 16:0, methyl palmitate,6.0. 18:0,methyl stearate, 3.0. 18:1, methyl oleate, 35.0. 18:2, methyl linoleate, 50.0. 18:3, methyl linolenate, 3.0. 20:0, methyl arachidate, 3.0. Composition of each compound listed as a weight/weight % basis. Packaged by volume to contain 50+ mg of mixture.

AOCS#2. 16:0, methyl palmitate,7.0. 18:0,methyl stearate, 5.0. 18:1, methyl oleate, 18.0. 18:2, methyl linoleate, 36.0. 18:3, methyl linolenate, 34.0. Composition of each compound listed as a weight/weight % basis. Packaged by volume to contain 50+ mg of mixture.

AOCS#3. 14:0, methyl myristate, 1.0. 16:0, methyl palmitate,4.0. 18:0,methyl stearate, 3.0. 18:1, methyl oleate, 45.0. 18:2, methyl linoleate,15.0. 18:3, methyl linolenate, 3.0. 20:0, methyl arachidate, 3.0. 22:0 methyl behenate, 3.0. 22:1, methyl erucate, 20.0. 24:0, methyl lignocerate, 3.0.

AOCS#4. 16:0, methyl palmitate,11.0. 18:0,methyl stearate, 3.0. 18:1, methyl oleate, 80.0. 18:2, methyl linoleate, 6.0. Composition of each compound listed as a weight/weight % basis. Packaged by volume to contain 50+ mg of mixture.

AOCS#5. 8:0, methyl caprylate, 7.0. 10:0, methyl caprate, 5.0. 12:0, methyl laurate, 48.0. 14:0, methyl myristate, 15.0. 16:0, methyl palmitate,7.0. 18:0,methyl stearate, 3.0. 18:1, methyl oleate, 12.0. 18:2, methyl linoleate, 3.0. Composition of each compound listed as a weight/weight % basis.

FAME #6. Fatty Acid Methyl Ester. 20:0 methyl arachidate 20, 20:1 methyl eicosenoate 20, 20:2 methyl eicosadienoate 20, 20:3 methyl homo gamma linolenate 20, 20:4 methyl arachidonate 20. Composition of each compound listed as a weight/weight % basis.

FAME#7. 6:0, methyle caproate, 20. 7:0, Methyle heptanoate, 20. 8:0, methyl caprylate, 20. 9:0, methyl nonanoate, 20. 10:0, methyl caprate, 20. Composition of each compound listed as a weight/weight % basis. Packaged by volume to contain 50+ mg of mixture.

FAME#8. 11:0, methyl undecanoate, 20. 12:0, methyl laurate, 20. 13:0. methyl tridecanoate, 20. 14:0, methyl myristate, 20. 15:0, methyl pentadecanoate, 20. Composition of each compound listed as a weight/weight % basis. Packaged by volume to contain 50+ mg of mixture.

FAME#9. 16:0, methyl palmitate, 20. 17:0, methyl heptadecanoate, 20. 18:0, methyl stearate, 20. 19:0, methyl nonadecanoate. 20:0, methyle arachidate, 20. Composition of each compound listed as a weight/weight % basis. Packaged by volume to contain 50+ mg of mixture.

FAME#12. 13:0, methyl tridecanoate, 20. 15:0, methyl pentadecanoate, 20. 17:0, methyl heptadecanoate, 20. 19:0, methyl nonadecanoate, 20. Composition of each compound listed as a weight/weight % basis. Packaged by volume to contain 50+ mg of mixture.

FAME #16 Mix (6 components), Restek - 35022, 50 mg, Fatty acid methyl ester, FAME #16

FAME #17 Mix (5 components), Restek - 35023, 50 mg/Ampule, Fatty acid methyl ester, FAME #17

FAME #18 Mix (10 components), Restek - 35024, 50 mg/Ampule, Fatty acid methyl ester, FAME #18

FAME #19 Mix (4 components), Restek - 35025, 50 mg/Ampule, Fatty acid methyl ester, FAME #19

FAME #20 Mix (8 components), Restek - 35026, 50 mg/Ampule, Fatty acid methyl ester, FAME #20

AOCS#6. 14:0, methyl myristate, 2.0. 16:0, methyl palmitate, 30.0. 16.1, methyl palmitoleate, 3.0. 18:0,methyl stearate, 14.0. 18:1, methyl oleate, 41.0. 18:2, methyl linoleate,7.0. 18:3, methyl linolenate, 3.0. Composition of each compound listed as a weight/weight % basis.

FAME#13. Composition of each compound listed as a weight/weight % basis. Packaged by volume to contain 50+ mg of mixture.

FAME#14. Composition of each compound listed as a weight/weight % basis. Packaged by volume to contain 50+ mg of mixture.

FAME#15. 16:0, methyl palmitate, 10.0. 18:0,methyl stearate,3.0. 18:1, methyl oleate, 50.0. 18:2, methyl linoleate, 30.0. 20:0, methyl arachidate, 1.5. 20:1, methyl eicosenoate, 1.5. 22:0, methyl behenate, 3.0. 24:0, methyl lignocerate, 1.0.

Methyl caprylate. Carbon Number: C8:0.

Methyl caprate. Carbon Number: C10:0.

Methyl undecanoate. Carbon Number: C11:0.

Methyl laurate. Carbon Number: C12:0.

Methyl tridecanoate. Carbon Number: C13:0.

Methyl myristate. Carbon Number: C14:0.

Methyl pentadecanoate. Carbon Number: C15:0.

Methyl palmitate. Carbon Number: C16:0.

Methyl palmitoleate. Carbon Number: C16:1 delta 9 cis.

Methyl heptadecanoate. Carbon Number: C17:0.

Methyl stearate. Carbon Number: C18:0.

Methyl oleate. Carbon Number: C18:1 delta 9 cis.

Methyl linoleate. Carbon Number: C18:2 delta 9,12 cis.

Methyl linolenate. Carbon Number: C18:3 delta 9,12,15 cis.

Methyl arachidate. Carbon Number: C20:0.

Methyl eicosenoate. Carbon Number: C20:1delta 11 cis.

Methyl arachidonate. Carbon Number: C20:4 delta 5, 8, 11, 14 cis.

Methyl behenate. Carbon Number: C22:0.

Methyl erucate. Carbon Number: C22:1 delta 13 cis.

Methyl lignocerate. Carbon Number: C24:0.

Methyl nervonate. Carbon Number: C24:1 delta 15 cis.

Ethylene oxide Standard. 500ug/mL in dimethylsulfoxide, 1ml/ampule.

Rtx-5 (Fused Silica). 0.18mm ID. 10-Meter Length. 0.20um. Excellent general purpose stationary phase. Crossband technology results in longer lifetimes and low bleed, and allows solvent rejuvenation. Available in unbreakable stainless steel tubing.

Rtx-5 (Fused Silica). 0.18mm ID. 40-Meter Length. 0.20um. Excellent general purpose stationary phase. Crossband technology results in longer lifetimes and low bleed, and allows solvent rejuvenation. Available in unbreakable stainless steel tubing.

Rtx -35(Fused Silica). 0.18 mm ID. 10-Meter Length. The maximum temperatures listed are for 15-and 30- meter lengths. Longer lengths may have a slightly reduced maximum temperature. 0.40um. Ideal confirmational column for pesticide and herbicide analysis. 300[degree]C thermal stability.

Rtx -50(Fused Silica). 0.18 mm ID. 20-Meter Length. The maximum temperatures listed are for 15-and 30- meter lengths. Longer lengths may have a slightly reduced maximum temperature. 0.20um. Ideal confirmation column for many EPA Methods.

Rtx -502.2(Fused Silica). 0.18 mm ID. 20-Meter Length. 1.00um. recommended for the analysis of volatile organic compounds in EPA methods. Sub-ambient temperature not required with 105-meter column. Specified in many GRO methods for monitoring leaking underground storage tasks.

Rtx -502.2(Fused Silica). 0.18 mm ID. 40-Meter Length. 1.00um. recommended for the analysis of volatile organic compounds in EPA methods. Sub-ambient temperature not required with 105-meter column. Specified in many GRO methods for monitoring leaking underground storage tasks.

Rtx -624(Fused Silica). 0.18 mm ID. 40-Meter Length. 1.00um. 105-meter column meets new CLP SOW requirements for gas separation without sub-ambient cooling. recommended for the analysis of volatile organic compounds in EPA methods.

Rtx -1701(Fused Silica). 0.18 mm ID. 40-Meter Length. The maximum temperatures listed are for 15-and 30- meter lengths. Longer lengths may have a slightly reduced maximum temperature. 0.40um. Ideal for the analysis of pesticides, solvents, and drugs.

Intermediate-polarity Deactivated guard Columns. 0.28mm ID. 0.53 +/- 0.025mm OD. 5-Meter Length. Not tested with the Grob test mix because of a high pressure drop. 30-and 60-meter lengths are banded in 5-meter sections. Angstroms Recommendation: Cut 60m guard columns into shorter lengths.

Intermediate-polarity Deactivated guard Columns. 0.53mm ID. 0.74 +/- 0.025mm OD. 5-Meter Length. Not tested with the Grob test mix because of a high pressure drop. 30-and 60-meter lengths are banded in 5-meter sections. Angstroms Recommendation: Cut 60m guard columns into shorter lengths.

Hydroguard Guard Columns. 0.53mm ID. 0.74 +/- 0.025mm OD. 5-Meter Length. Not tested with the Grob test mix because of a high pressure drop. 30-and 60-meter lengths are banded in 5-meter sections. Angstroms Recommendation: Cut 60m guard columns into shorter lengths.

Hydroguard Guard Columns. 0.53mm ID. 0.74 +/- 0.025mm OD. 10-Meter Length. Not tested with the Grob test mix because of a high pressure drop. 30-and 60-meter lengths are banded in 5-meter sections. Angstroms Recommendation: Cut 60m guard columns into shorter lengths.

Hydroguard Guard Columns. 0.53mm ID. 0.74 +/- 0.025mm OD. 30-Meter Length. Not tested with the Grob test mix because of a high pressure drop. 30-and 60-meter lengths are banded in 5-meter sections. Angstroms Recommendation: Cut 60m guard columns into shorter lengths.

Hydroguard Guard Columns. 0.53mm ID. 0.74 +/- 0.025mm OD. 60-Meter Length. Not tested with the Grob test mix because of a high pressure drop. 30-and 60-meter lengths are banded in 5-meter sections. Angstroms Recommendation: Cut 60m guard columns into shorter lengths.

GC COLUMN MXT1 15M .53MM .20UM - 70108

MXT -1 (Silcosteel). 0.28mm ID. 30-Meter Length. Temperature limits are 60 to 400[degree]C for this column. This 6-meter column is for simulated distillation. 0.10um. Ideal for the analysis of solvents and petrochemicals. Available in Unbreakable Silcosteel (MXT )tubing.

MXT -1 (Silcosteel). 0.28mm ID. 15-Meter Length. Temperature limits are 60 to 400[degree]C for this column. This 6-meter column is for simulated distillation. 0.25um. Ideal for the analysis of solvents and petrochemicals. Available in Unbreakable Silcosteel (MXT )tubing.

MXT -1 (Silcosteel). 0.53mm ID. 15-Meter Length. Temperature limits are 60 to 400[degree]C for this column. This 6-meter column is for simulated distillation. 0.25um. Ideal for the analysis of solvents and petrochemicals. Available in Unbreakable Silcosteel (MXT )tubing.

MXT -1 (Silcosteel). 0.28mm ID. 30-Meter Length. Temperature limits are 60 to 400[degree]C for this column. This 6-meter column is for simulated distillation. 0.25um. Ideal for the analysis of solvents and petrochemicals. Available in Unbreakable Silcosteel (MXT )tubing.

MXT -1 (Silcosteel). 0.53mm ID. 15-Meter Length. Temperature limits are 60 to 400[degree]C for this column. This 6-meter column is for simulated distillation. 0.50um. Ideal for the analysis of solvents and petrochemicals. Available in Unbreakable Silcosteel (MXT )tubing.

MXT -1 (Silcosteel). 0.28mm ID. 60-Meter Length. Temperature limits are 60 to 400[degree]C for this column. This 6-meter column is for simulated distillation. 0.50um. Ideal for the analysis of solvents and petrochemicals. Available in Unbreakable Silcosteel (MXT )tubing.

MXT -1 (Silcosteel). 0.53mm ID. 30-Meter Length. Temperature limits are 60 to 400[degree]C for this column. This 6-meter column is for simulated distillation. 1.50um. Ideal for the analysis of solvents and petrochemicals. Available in Unbreakable Silcosteel (MXT )tubing.

MXT -1 (Silcosteel). 0.53mm ID. 60-Meter Length. Temperature limits are 60 to 400[degree]C for this column. This 6-meter column is for simulated distillation. 5.00um. Ideal for the analysis of solvents and petrochemicals. Available in Unbreakable Silcosteel (MXT )tubing.

MXT-2887 (Silcosteel). 0.53mm ID. 10-Meter Length. 2.65um. Exceed all performance requirements for ASTM Test Method D-2887. Crossband technology results in longer lifetimes and shorter conditioning, and allows solvent rinsing.

MXT-5 (Silcosteel). 0.28mm ID. 30-Meter Length. 0.25um. Excellent general purpose stationary phase. Crossband technology results in longer lifetimes and low bleed, and allows solvent rejuvenation. Available in unbreakable stainless steel tubing.

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