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GC Standards, Reference Materials and Consumables

All standards, reference materials and consumable products we offer help you achieve the very best performance possible. Our calibration standards are produced in house by specially trained personnel and tested to meet or exceed test method criteria.

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Test Method ReferenceProduct DescriptionPart Number
High Performance GC Columns
ASTM D2887Wide bore capillary column for ASTM D2887 / Procedure A; 10 M X 0.53 mm X 2.65 um PDMSSD-002-2
ASTM D2887 (‘Accelerated”)Wide bore capillary column; 5 M X 0.53 mm X 3.0 um PDMSSD-002-5M
ASTM D2887, D7213 (‘Extended’)Wide bore capillary column; 10 M X 0.53 mm X 0.9 um PDMSSD-002-EX2
ASTM D2887Wide bore capillary column for D2887; Procedure B; 5 M X 0.53 mm X 2.65 um PDMSSD-002-HTC5
ASTM D6352, D7169, D7213, D7500Wide bore capillary column (metal clad) for high temperature simulated distillation; 5 M X 0.53 mm X 0.1 um PDMSSD-002-HTE2
ASTM D7096Wide bore capillary column; 30 M X 0.53 mm X 5.0 um PDMSSD-003
ASTM D5134, D6729, D6733, D7900Ultra-high resolution capillary column for DHA/PIANO analysis; 100 M X 0.25 mm X 0.5 um PDMSSD-009
D6730, D6733, D7900Ultra-high resolution capillary column (100 M) and pre-column for DHA/PIANO analysis; 100 M X 0.25 mm X 0.5 um PDMS + 2 M X 0.32 mm 5% phenyl/95% PDMS pre-columnSD-009-6730
ASTM D1945, D1946, D7833, UOP 539Refinery Gas Analyzer (7) Column Kit – For Separation Systems RGA systemSS-115-900-300-00
Calibration Standards & Reference Materials
ASTM D2887Reference Gas Oil; Lot #3 Batch 1; 5 mL  NEWSD-016-305
ASTM D2887Reference Gas Oil; Lot #3 Batch 1; 25 mL NEWSD-016-325
ASTM D2887Retention time & response factor (gravimetric) standard ; 0.01 – 0.1% C5-C44 in carbon disulfide; 6 X 1.3 mLSD-SS3E-02
ASTM D2887Retention time & response factor (gravimetric) standard ; 0.01 – 0.1% C5-C44; dry powdered form contains no carbon disulfide; must be reconstituted with carbon disulfide prior to use according to included instructions to produce ~7 mLSD-SS3E-02-NS
ASTM D2887Retention time standard; 0.02-0.2% C5-C44 including trace n-propane, n-butane, and isobutane in carbon disulfide; 6 X 1.3 mLSD-SS3E-02-2X-WG
ASTM D7213Retention time standard; 0.02 – 0.1% C5-C72 with C12 and C40 markers in carbon disulfide; Polywax 500; 6 X 1.3 mLSD-SS3E-03
ASTM D7213Retention time standard; C5-C72 with C12 and C40 markers; Polywax 500; dry powdered form; contains no carbon disulfide; must be reconstituted with carbon disulfide prior to use according to included instructions to produce ~7 mLSD-SS3E-03-NS
ASTM D4815ASTM D4815 calibration standard; 5 levels of 4 oxygenates (MeOH, EtOH, MTBE and TAME) plus internal standard (1, 2 di-methoxyethane) in isooctane/p-xylene matrix; 5 X 1.3 mLSS-ASTM-D4815-04
ASTM D4815Calibration standard with 5 levels of 12 oxygenates and internal standard (1,2-di-methoxyethane) in isooctane/p-xylene; 3 boxes containing 5 X 1.3 mL each  NEWSD-ASTM-D4815-KIT
ASTM D4815Retention time mixture containing 13 oxygenates, benzene, and internal standard (1,2-dimethoxyethane); 6 X 1.3 mLSD-ASTM-D4815-RT
ASTM D4815Valve timing mixture containing hexane, MCP (methylcyclopentane), DIPE (di-isopropyl ether), MTBE and ETBE; 6 X 1.3 mLSD-ASTM-D4815-VT
All DHA MethodsDHA gravimetric standard for use with Separation Systems DHA GC-FID/MS system; 1.3 mLSD-028-MS
All DHA MethodsStandard to set pre-fractionation valve timing on Separation Systems DHA systemSD-040
All DHA MethodsDHA/PIONA standard/reference material (naphtha blend with >400 components individually identified components using MS); 6 X  1.3 mLSD-053-006
All DHA MethodsDHA/PIONA standard/reference material (naphtha blend with >400 components MS individually identified components using MS); 1.3 mL (This part number is included with the purchase of Hydrocarbon Expert software)SD-053-001
All DHA MethodsDHA/PIONA reference material (naphtha blend) with oxygenates; 6 X 1.3 mLSD-053-010
All DHA MethodsDHA/PIONA reference material (naphtha blend) with oxygenates; 1.3 mLSD-053-011
All DHA MethodsDHA/PIONA reference material (naphtha blend) with oxygenates; 6 X 1.3 mLSD-053-016
All DHA MethodsDHA/PIONA 28 component gravimetric standard for DHA; 1 mL (Note: If using with ASTM D7900 the backflush valve must be turned off.  1.3 mL volume is insufficient to add an internal standard.) SD-053-030
All DHA MethodsDHA/PIONA 28 component gravimetric standard for DHA; 6 X 1 mL  (Note: If using with ASTM D7900 the backflush valve must be turned off. 1.3 mL volume is insufficient to add an internal standard.)SD-053-036
All DHA MethodsDHA/PIONA reference material (light naphtha); 1.3 mLSD-053-040
All DHA MethodsDHA/PIONA reference material (heavy naphtha); 1.3 mLSD-053-050
All DHA MethodsDHA/PIONA reference material (heavy naphtha II); 1.3 mLSD-053-051
All DHA MethodsDHA/PIONA reference material (alkylate); 1.3 mLSD-053-060
All DHA MethodsDHA/PIONA reference material (reformate); 1.3 mLSD-053-070
All DHA MethodsDHA/PIONA reference material (reformate product);1.3 mLSD-053-080
All DHA MethodsDHA/PIONA reference material (FCC gasoline – treated); 1.3 mLSD-053-090
All DHA MethodsDHA/PIONA reference material (FCC gasoline – untreated); 1.3 mLSD-053-100
All DHA MethodsDHA/PIONA reference material kit consisting of light naphtha, heavy naphtha, heavy naphtha II, akylate, reformate feed, reformate product, gasoline (untreated and treated) matrices; 8 X 1.3 mLSD-053-KIT
ASTM D5307Internal standard for D5307; C14-C17; 25 mLSD-005
ASTM D5501Calibration standard for ASTM D5501; 6 X 1.3 mLSD-ASTM-D5501-01
ASTM D5501Daily check standard for ASTM D5501; 6 X 1.3 mlSD-ASTM-D5501-03
ASTM D5501Standards kit for D5501; contains SSI P/Ns SD-ASTM-D5501-01 + SD-ASTM-D5501-03SD-ASTM-D5501-05
ASTM D6352Retention time standard for high temp simulated distillation; 0.005% – 0.04% C10 – C100 with C40 marker;  Polywax 655; 6 X 1.3 mLSD-SS3E-06
ASTM D7096, D3710Qualitative retention time standard; no oxygenates added; 6 X 1.3 mLSD-008
ASTM D7096, D3710Retention time and response factor standard in ethanol; 6 X 1.3 mLSD-060
ASTM D7096, D3710Retention time and response factor standard; no oxygenates added; 6 X 1.3 mLSD-060-05
ASTM D7096, D3710Response factor standard; no oxygenates added; 6 X 1.3 mLSD-007
ASTM D7096, D3710Reference Gasoline (contains no oxygenated compounds); 6 X 1.3 mL NEWSD-008-200
ASTM D7169, D6352Reference oil 5010 for high temperature simulated distillation; 5 mLSD-020-02
ASTM D7169, D6352Reference oil 5010 for high temperature simulated distillation; 25 mLSD-020-01C
ASTM D7169, D6352Retention time standard for high temperature simulated distillation; 0.005% – 0.04% C5 – C100 with C12 and C40 markers in carbon disulfide; 6 X 1.3 mLSD-SS3E-05
ASTM D7169, D6352Retention time standard for high temperature simulated distillation; 0.005% – 0.04% C5 – C100 with C12 and C40 markers;; dry/powder form; no carbon disulfide; must be reconstituted with carbon disulfide using provided instructions; ~7 mL when preprearedSD-SS3E-05-NS
ASTM D7169, D6352Response factor standard for high temperature simulated distillation; C10 – C50; 6 X 1.3 mLSD-SS3E-05Q
D7213Retention time standard; 0.02 – 0.1% C5-C72 with C12 and C40 markers; Polywax 500;  6 X 1.3 mLSD-SS3E-03
Inlet Liners
Simulated DistillationGlass inlet liners for SimDis®Inlet; 5/PKSS-035-00
Simulated DistillationGlass liners for SimDis® Inlet for ‘fast’ simulated distillation method; 5/PKSS-035-00.1
DHAGlass inlet liners for Agilent Split/Splitless capillary inlet; DHA; 5/PKSS-035-05
Column Fittings & Ferrules
High Temperature Simulated DistillationFerrules for high temperature simulated distillation methods; 1/16″ graphiteSS-030-14
High Temperature Simulated DistillationFerrules for SSI SimDis® Inlet (only); 10/PKSS-030-20
High Temperature Simulated DistllationFerrules for use with FID for high temperature simulated distillation – Detector side only; 10pkSS-030-20D
DHAFerrules for Agilent split/splitless inlet; (Note: these ferrules are different from the ones used for the detector side of the analytical column.  Refer to SD-030-35D below.) 10/PKSS-030-35
DHAFerrules for DHA/PIANO methods; DETECTOR SIDE ONLY; 10/PKSS-030-35D
AllNut for Agilent split/splitless capillary inletSS-032-00
Inlet Septa
High Temperature Simulated DistillationSepta for use with Separation Systems SimDis® Inlet; 25/PKSS-031-02
AllSepta for use with Agilent GC split/splitless inlet; 25/PKSS-031-50
Gas Filters / Traps
AllHydrocarbon trap for carrier gas; 200 cc with 1/8″ fittingsSS-350-001-200
AllOxygen indicating moisture trap; 150 ccSS-350-005C
Sulfur Analysis MethodsSulfur Trap – ‘Large’ cartridge (22.5″ X 1.5″) with 1/8″ fittingsSS-350-008
Glass Vials, Caps
AllClear glass vials; 1.5ML; wide mouthSD-014-01
AllGlass sample vials; (12ml) case of 200SD-014-04
AllVial caps for glass sample vials (reference SD-014-04); 100 per packageSD-014-05
AllSeals – Teflon/SiliconSD-014B
AllGlass sample vials for use in automatic liquid sampler; 2 mL volume 100 per packageSD-015
High Temperature Simulated DistillationGlass scintillation style vials for high temperature simulated distillation sample preparationSD-2000-020
Miscellaneous
Simulated DistillationFID flame jet tip for use with wide bore columns conducting high temp simulated distillation methods (A standard flame tip will quickly clog up due to column bleed.  This will, in turn, lead to inconsistent results.)SD-011-01