Packed GC Columns

Packed GC Columns

Agilent J&W Packed GC Columns are designed and manufactured to offer excellent and reproducible performance for all sample types associated with packed column separations, most important in the hydrocarbon processing industry. The highly efficient and rigorous packing technology used in Agilent J&W packed GC columns assures column-to-column reproducibility and ultimate efficiency, while the UltiMetal treated stainless steel tubing allows for improved inertness and peak-shape performance.

Learn more about ordering Custom Packed Columns.

Packed

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특징

UltiMetal treated stainless steel tubing promotes sharp peaks with less peak tailing for improved data accuracy
High-efficiency packing ensures excellent reproducibility in pressure drop, flow characteristics, and separation performance resulting in less system readjustment after column installation
Select from a range of tubing materials – including stainless steel, UltiMetal, nickel, glass, copper and PTFE (Polytetrafluoroethylene) – plus hundreds of stationary phases, packings, and supports …or you can create your own custom configurations
Column configurations are available for all major GC brands, past and present, for worry-free compatibility

사양서

Configurations for Glass Packed GC Columns
The following configurations are available for Agilent 5880, 5890, 6890 and 7890 GC models:

Configuration A:
For 5880A, 5890A, 5890A with jet separator (all detectors except TCD), 6890 and 7890
Configuration A for Glass Packed GC Columns

Configuration B:
For 5890A/TCD, 5880A/TCD, 5987 GC/MS, 5988 GC/MS, 6890, and 7890
Configuration B for Glass Packed GC Columns

Configuration C:
For 5880A, 5890A (using liners and disposable glass inserts), 6890, and 7890
Configuration C for Glass Packed GC Columns

Test Conditions and Specifications for Agilent J&W Packed GC columns with standard bend configurations

30% DC 200/500

CP2058, Methane, Ethane, Propane, iso-Butane, n-Butane and Pentane at 120 °C, 25 mL/min (He), Spec: asymmetry of pentane peak below 1.4

HayeSep N

CP1307, C1-C3 at 50 °C, Flow 10 mL/min (He), Spec: asymmetry of propane peak below 1.4

CP2068, CO, Methane, CO₂ and Ethane at 65 °C, Flow 30 mL/min (He), Spec: asymmetry of CO₂ peak below or equal to 1.15

HayeSep Q

CP1308, C1-C3 at 50 °C, Flow 10 mL/min (He), Spec: asymmetry of propane peak below 1.4

CP81073, Methane, Ethane, Ethylene and Acetylene at 30 °C, Flow 25 mL/min (He), Spec: asymmetry of acetylene peak below 1.4

CP81069, Methane, Ethane, Propane, iso-Butane, n-Butane and Pentane at 130 °C, 15 mL/min (N₂), Spec: asymmetry of pentane peak below 1.4

CP1305, C1-C3 at 50 °C, Flow 10 mL/min (He), Spec: asymmetry of propane peak below 1.4

HayeSep R

CP86678, Methane, Ethane, Propane, iso-Butane, n-Butane and Pentane at 120 °C, 20 mL/min (He), Spec: asymmetry of pentane peak below 1.4

CP86677, Methane, Ethane, Propane, iso-Butane, n-Butane and Pentane at 140 °C, 20 mL/min (He), Spec: asymmetry of pentane peak below 1.4

CP2055, Methane, Ethane, Propane, iso-Butane, n-Butane, Pentane and Hexane at 225 °C, Flow 30 mL/min (He), Specs: Theoretical plates > 1000 for all compounds and retention time hexane between 6.8 and 7 min

MolSieve 5A

CP81025, 50 ppm CO in He at 70 °C, Flow 20 mL/min (He), Spec: asymmetry of CO peak below 1.4

CP1306, 1% Methane in He at 50 °C, Flow 10 mL/min (He), Spec: asymmetry of methane peak below 1.4

MolSieve 13X

CP2059, 50 ppm CO in He at 70 °C, Flow 25 mL/min (He), Spec: asymmetry of CO peak below 1.4

CP1309, 50 ppm CO in He at 50 °C, Flow 10 mL/min (He), Spec: asymmetry of CO peak below 1.4

CP81071, 50 ppm CO in He at 50 °C, Flow 20 mL/min (He), Spec: asymmetry of CO peak below 1.4

Properties of Porous Polymers

Phase	Composition	Surface Area [m²/g]	MAOT [ºC]	Polarity Within Group	Polarity Index
Chromosorb 101	Styrene/divinylbenzene	<50	275	3	12
Chromosorb 102	Styrene/divinylbenzene	300-400	250	2	3.9
Chromosorb 103	Polystyrene (basic surface)	15-25	275	3	15.6
Chromosorb 104	Acrylonitrile/divinylbenzene	100-200	250	6	41.1
Chromosorb 105	Acrylic ester	600-700	250	4	6.6
Chromosorb 106	Polystyrene	700-800	250	1	0
Chromosorb 107	Acrylic ester	400-500	250	9	14.4-18.3
Chromosorb 108	Cross linked acrylic	100-200	250	10	23.4-26.2
HayeSep A	Divinylbenzene/ethylene glycol dimethacrylate (high purity)	526	165	7
HayeSep B	Divinylbenzene/polyethyleneimine	608	190	8
HayeSep C	Acrylonitrile/divinylbenzene	442	250	6
HayeSep D	Divinylbenzene (high purity)	795	290	1
HayeSep N	Divinylbenzene/ethylene glycol dimethacrylate	405	165	9
HayeSep P	Styrene/divinylbenzene	165	250	3
HayeSep Q	Styrene/divinylbenzene	582	275	2
HayeSep R	Divinylbenzene/N-Vinyl-2-pyrolidone	344	250	5
HayeSep S	Divinylbenzene/4-Vinylpyridine	583	250	4
HayeSep T	Ethylene glycol dimethacrylate	250	165	10
Porapak N	N-Vinyl-2-pyrolidone	225-350	190	9	10.8
Porapak P	Styrene/divinylbenzene	100-200	250	3	14.9
Porapak Q	Styrene/ethyl vinylbenzene	500-600	250	2	5.1
Porapak QS	Styrene/ethyl vinylbenzene	500-600	250	1
Porapak R	Vinylpyrrolidone	450-600	250	5	5.7
Porapak S	Vinylpyridine	300-450	250	4	4.5
Porapak T	Ethylene glycol dimethacrylate	250-350	190	10	18.3-27.7
Tenax GC	Polyphenyleneoxide	18.6	350
Tenax TA	Polyphenyleneoxide (high purity)	18.6	350
PoraPLOT Q (Q-HT)	Styrene/divinylbenzene		250 (290)
PoraPLOT U	Divinylbenzene/ethylene glycol dimethacrylate		190

Chromosorb Properties

Increasing Inertness -->	Chromosorb P P NAW P AW P AW-DCMS	Chromosorb G G NAW G AW G AW-DCMS G HP	Chromosorb W W NAW W AW W AW-DCMS W HP	Chromosorb 750 750	Chromosorb T T




Max. Efficient Load	30%	5%	15%	12%	5%
Abs. Maximum Load	40%	10%	30%	25%	15%
pH	6.5	8.5	8.5	8	-
Maximum Temperature	> 350 ºC	> 350 ºC	> 350 ºC	> 350 ºC	250 ºC
Free Fall Density	0.38 g/mL	0.47 g/mL	0.18 g/mL	0.33 g/mL	0.42 g/mL
Packed Density	0.47 g/mL	0.58 g/mL	0.24 g/mL	0.38 g/mL	0.49 g/mL

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Agilent Packed GC Column user manual

Agilent Packed GC Column user manual covering packaging, preconditioning, gas purification, optimum flow, ordering information

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English
09 Mar 2015
61.92 KB
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Parts Finder Insert (Combined Version English, Japanese, Chinese)

Find your ideal match of Agilent GC Columns and Supplies with the Agilent Parts Finder tool and the GC Column Selection Tool.

패키지 삽입
English
27 Jun 2013
2.72 MB
PDF

Find your ideal match: GC Tools promotion insert

Find your ideal match of Agilent GC Columns and Supplies with the Agilent Parts Finder tool and the GC Column Selection Tool.

패키지 삽입
English
27 Jun 2013
1.12 MB
PDF

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Save time - use our GC column selection tool to find the right GC column for your application in just a few clicks!
www.agilent.com/chem/selectGC

The Agilent GC Method Translation Software allows you to port a current GC method to another while ensuring that relative retention order is maintained.

The GC Pressure/Flow Calculator Software helps you to determine pressure settings and flow rates through a capillary GC column and calculates the vapor volume for a liquid solvent vaporized in a heated GC inlet.
GC Pressure/Flow Calculator Application for iPhone
GC Pressure/Flow Calculator Software for PC: Revision 2.05

Agilent CrossLab is a growing portfolio of GC and HPLC supplies critical to instrument performance and productivity. They are manufactured to perform seamlessly with a variety of analytical instruments in your lab - including Bruker/Varian, PerkinElmer, Thermo/Dionex and Shimadzu.

CrossLab supplies deliver the same commitment to quality inherent in all Agilent products – all with our risk-free, 90-day, money-back guarantee.

Find the right products using our cross-reference, easy-to-use online selection tool.

Unsure which vials and closures are best suited to your application?
Quickly and easily find the perfect match using our selection tool: www.agilent.com/chem/SelectVials

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Custom Packed Columns

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Agilent Packed GC Column user manual

Parts Finder Insert (Combined Version English, Japanese, Chinese)

Find your ideal match: GC Tools promotion insert

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