GL Sciences - LC Columns - Chromatography - Lab supplies

GL Sciences columns provide excellent separation and resolution of target compounds featuring new high-purity evolved surface silica. GL Sciences columns silica base is uniquely modified to provide maximum column performance including low operating back-pressure, high inertness, high efficiency and wide solvent compatibility. Get the appropriate column from a large selection of column configurations and formats compatible with many HPLC methods including analytical, preparative, capillary HPLC and UHPLC.

Catalog No.		Product	Net Price
	GLS5020-85921	Inertsil WP300 Diol HPLC Column, 5 µm, 33 x 1.5 mm (analytical)	476	Add to Cart
Column or Guard Column Column format Analytical Phase Inertsil WP300 Diol Base Material High Purity Silica Gel Functional group Diol (Dihyroxypropyl groups) Micron 5 µm Length 33 mm Inner diameter 1.5 mm Mode Size exclusion, Normal phase, Reversed phase Surface area 150 m2/g Pore size 300 Å (30 nm) Pore volume 1.05 mL/g End capping None Carbon loading 9.0% pH Range 2-7.5 Unit size 1 pc. USP Code L20, L33 Material High Purity Silica Gel Volume 1.05 mL/g
	GLS5020-85922	Inertsil WP300 Diol HPLC Column, 5 µm, 50 x 1.5 mm (analytical)	476	Add to Cart
Column or Guard Column Column format Analytical Phase Inertsil WP300 Diol Base Material High Purity Silica Gel Functional group Diol (Dihyroxypropyl groups) Micron 5 µm Length 50 mm Inner diameter 1.5 mm Mode Size exclusion, Normal phase, Reversed phase Surface area 150 m2/g Pore size 300 Å (30 nm) Pore volume 1.05 mL/g End capping None Carbon loading 9.0% pH Range 2-7.5 Unit size 1 pc. USP Code L20, L33 Material High Purity Silica Gel Volume 1.05 mL/g
	GLS5020-85923	Inertsil WP300 Diol HPLC Column, 5 µm, 75 x 1.5 mm (analytical)	490	Add to Cart
Column or Guard Column Column format Analytical Phase Inertsil WP300 Diol Base Material High Purity Silica Gel Functional group Diol (Dihyroxypropyl groups) Micron 5 µm Length 75 mm Inner diameter 1.5 mm Mode Size exclusion, Normal phase, Reversed phase Surface area 150 m2/g Pore size 300 Å (30 nm) Pore volume 1.05 mL/g End capping None Carbon loading 9.0% pH Range 2-7.5 Unit size 1 pc. USP Code L20, L33 Material High Purity Silica Gel Volume 1.05 mL/g
	GLS5020-85924	Inertsil WP300 Diol HPLC Column, 5 µm, 100 x 1.5 mm (analytical)	525	Add to Cart
Column or Guard Column Column format Analytical Phase Inertsil WP300 Diol Base Material High Purity Silica Gel Functional group Diol (Dihyroxypropyl groups) Micron 5 µm Length 100 mm Inner diameter 1.5 mm Mode Size exclusion, Normal phase, Reversed phase Surface area 150 m2/g Pore size 300 Å (30 nm) Pore volume 1.05 mL/g End capping None Carbon loading 9.0% pH Range 2-7.5 Unit size 1 pc. USP Code L20, L33 Material High Purity Silica Gel Volume 1.05 mL/g
	GLS5020-85925	Inertsil WP300 Diol HPLC Column, 5 µm, 150 x 1.5 mm (analytical)	Not Priced	Add to Cart
Column or Guard Column Column format Analytical Phase Inertsil WP300 Diol Base Material High Purity Silica Gel Functional group Diol (Dihyroxypropyl groups) Micron 5 µm Length 150 mm Inner diameter 1.5 mm Mode Size exclusion, Normal phase, Reversed phase Surface area 150 m2/g Pore size 300 Å (30 nm) Pore volume 1.05 mL/g End capping None Carbon loading 9.0% pH Range 2-7.5 Unit size 1 pc. USP Code L20, L33 Material High Purity Silica Gel Volume 1.05 mL/g
	GLS5020-85926	Inertsil WP300 Diol HPLC Column, 5 µm, 250 x 1.5 mm (analytical)	616	Add to Cart
Column or Guard Column Column format Analytical Phase Inertsil WP300 Diol Base Material High Purity Silica Gel Functional group Diol (Dihyroxypropyl groups) Micron 5 µm Length 250 mm Inner diameter 1.5 mm Mode Size exclusion, Normal phase, Reversed phase Surface area 150 m2/g Pore size 300 Å (30 nm) Pore volume 1.05 mL/g End capping None Carbon loading 9.0% pH Range 2-7.5 Unit size 1 pc. USP Code L20, L33 Material High Purity Silica Gel Volume 1.05 mL/g
	GLS5020-85932	Inertsil WP300 Diol Prep Column, 5 µm, 50 x 10 mm	931	Add to Cart
Column or Guard Column Column format Preparative Phase Inertsil WP300 Diol Base Material High Purity Silica Gel Functional group Diol (Dihyroxypropyl groups) Micron 5 µm Length 50 mm Inner diameter 10 mm Mode Size exclusion, Normal phase, Reversed phase Surface area 150 m2/g Pore size 300 Å (30 nm) Pore volume 1.05 mL/g End capping None Carbon loading 9.0% pH Range 2-7.5 Unit size 1 pc. USP Code L20, L33 Material High Purity Silica Gel Volume 1.05 mL/g
	GLS5020-85934	Inertsil WP300 Diol Prep Column, 5 µm, 100 x 10 mm	1267	Add to Cart
Column or Guard Column Column format Preparative Phase Inertsil WP300 Diol Base Material High Purity Silica Gel Functional group Diol (Dihyroxypropyl groups) Micron 5 µm Length 100 mm Inner diameter 10 mm Mode Size exclusion, Normal phase, Reversed phase Surface area 150 m2/g Pore size 300 Å (30 nm) Pore volume 1.05 mL/g End capping None Carbon loading 9.0% pH Range 2-7.5 Unit size 1 pc. USP Code L20, L33 Material High Purity Silica Gel Volume 1.05 mL/g
	GLS5020-85935	Inertsil WP300 Diol Prep Column, 5 µm, 150 x 10 mm	1456	Add to Cart
Column or Guard Column Column format Preparative Phase Inertsil WP300 Diol Base Material High Purity Silica Gel Functional group Diol (Dihyroxypropyl groups) Micron 5 µm Length 150 mm Inner diameter 10 mm Mode Size exclusion, Normal phase, Reversed phase Surface area 150 m2/g Pore size 300 Å (30 nm) Pore volume 1.05 mL/g End capping None Carbon loading 9.0% pH Range 2-7.5 Unit size 1 pc. USP Code L20, L33 Material High Purity Silica Gel Volume 1.05 mL/g
	GLS5020-85936	Inertsil WP300 Diol Prep Column, 5 µm, 250 x 10 mm	1743	Add to Cart
Column or Guard Column Column format Preparative Phase Inertsil WP300 Diol Base Material High Purity Silica Gel Functional group Diol (Dihyroxypropyl groups) Micron 5 µm Length 250 mm Inner diameter 10 mm Mode Size exclusion, Normal phase, Reversed phase Surface area 150 m2/g Pore size 300 Å (30 nm) Pore volume 1.05 mL/g End capping None Carbon loading 9.0% pH Range 2-7.5 Unit size 1 pc. USP Code L20, L33 Material High Purity Silica Gel Volume 1.05 mL/g

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Overview

INERTSIL HPLC Columns

GL Sciences in Japan is the manufacturer of well known Inertsil HPLC columns. GL Sciences' Inertsil columns offer everything you need for your critical separations in all phases of drug development, and something less. Inertsil's uniquely modified silicas and meticulously engineered column hardware allow our columns to operate at significantly lower back pressures than competitive columns, without sacrificing efficiency. Inertsil's wide pH compatibility and excellent stability at elevated temperatures make it the ideal choice for your chromatography needs, whether you are using a traditional HPLC system or the latest rapid gradient LC/MS system with precise temperature control.

InertSustain HPLC Columns

Generally, silica based columns are mechanically stable and provide high efficiencies, however, they cannot be used under alkaline conditions and their residual silanol groups tend to adsorb organic bases. InertSustain employs a radically new type of silica, in which the surface of the silica is uniquely modified, enabling precise control of the silica properties. InertSustain inherits the advantages of all the current Inertsil HPLC columns (e.g., extremely low operating back pressure, superior inertness to typically any analytes, high efficiency and compatibility with a wide range of solvents), but now can be used for wide pH analysis with consistent performance from column to column and lot to lot.

The InertSustain Serie has the following columns available; InertSustain C18, InertSustain AQ-C18, InertSustainSwift C18, InertSustainSwift C8, InertSustain Phenyl, InertSustain Phenylhexyl, InertSustain Cyano, InertSustain NH2, InertSustain Amide, InertSustainBio C18.

MonoCap High Resolution

MonoCap C18 HighResolution 2000 is a 2 meter length monolithic silica capillary column which is designed for identifying extremely high number of peptides/proteins for proteome research via LC-MS/MS.

MonoCap HILIC-UP is an important addition to the MonoCap C18 HighResolution 2000 column series. MonoCap HILIC-UP can retain highly hydrophilic peptides/proteins which may lead to discovering new peptides/proteins where a C18 phase couldn’t identify. In HILIC, the higher the organic concentration, the greater the retention of more polar analytes. One of the biggest benefit of HILIC mode is, a high organic solvent concentration of the mobile phase will lead to a high sensitivity LC-MS/MS analysis.

Resources

InertSustain / Inertsil Instruction Manual

ProteoSil Instruction Manual

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