Low to Medium Pressure LC Columns
Chemglass Life Sciences Column, Chromatography, 45/50 Outer Rodaviss Joint, 2 1/2in ID X 18in E.L., 4mm Stpk
Column, Chromatography, 45/50 Outer Rodaviss Joint, 2 1/2in ID X 18in E.L., 4mm Stopcock. General purpose column having a PTFE stopcock and a top Rodaviss outer joint. Can be used as a gravity eluted column or a flash column (as described by W.C. Still, M. Kahn and A. Mitra of Columbia University in JOURNAL OF ORGANIC CHEMISTRY 43, 2923 [1978], and covered in U.S. Patent Number 4,293,422 dated October 6, 1981) when used with optional CG-1195 flow controller and CG-1194 reservoir. Column is constructed using MEDIUM WALL TUBING. Glass wool (not supplied) is used to support column packing. Lower end of the column has a round bottom. Connections between the column, reservoir and flow control adapter are made using Rodaviss joints. The unique design of the Rodaviss joint affords a grease free seal while holding glassware together without clamps. Column is supplied complete with a CG-182 open top cap and o-ring.
Tosoh Bioscience LLC TSKGEL SUPERH5000 6X150
Column, Gel Permeation Chromatography; Tosoh TSKgel SuperH5000; Media: Polymer; Particle: 3 micrometer; 6mm I.D. x 15cm Length; Stainless Steel
Cole-Parmer Diba Omnifit 006EZ-05-10-AFEZ, Chromatography Column with 1 Fixed & 1 Adjustable Endpiece, 5 mm ID x 100 mm L
Ergonomically designed endpieces provide simple and quick height adjustmentPEEK column threads offer outstanding durabilityPrecision borosilicate glass columns provide inertness, visibility, and performanceSuperior frit placement adds bed support and even distribution of sample flowReusable columns let you pack your own media specific to your application
Tosoh Bioscience LLC TSKGEL G4000SW GL 8X300
Column, Gel Filtration Chromatography; Tosoh TSKgel G4000SW Glass; Particle: 13 micrometer; Pore Size: 450 angstrom; Media: Silica; 8mm I.D. x 30cm Length; Glass
Tosoh Bioscience LLC TSKGEL SUPERSW3000 4.6X300
Column, Gel Filtration Chromatography; Tosoh TSKgel SuperSW3000; Media: Silica; Particle: 4 micrometer; Pore Size: 250 angstrom; 4.6mm I.D. x 30cm Length; Stainless Steel
Chemglass Life Sciences Column, Chromatography, 24/40 Outer Joint, 1000mL Reservoir, 2in ID X 18in E.L., 2mm Stpk
Column, Chromatography, 24/40 Outer Joint, 1000mL Reservoir, 2in ID X 18in E.L., 2mm Stopcock. General purpose column having a PTFE stopcock, reservoir of the listed capacity and a top standard taper outer joint. Glass wool (not supplied) is used to support the column packing. Column is constructed using MEDIUM WALL TUBING. Can be used as a gravity eluted column or a flash column (as described by W.C. Still, M. Kahn and A. Mitra of Columbia University in JOURNAL OF ORGANIC CHEMISTRY 43, 2923 [1978], and covered in U.S. Patent Number 4,293,422 dated October 6, 1981) when used with CG-1191 flow control adapter. Lower end of the column has a round bottom.
Ace Glass, Inc. 50mm x 61cm chromatography column
50mm x 61cm chromatography column with #15 Ace-Thred at top and 2mm bore 1:5 taper solid PTFE stopcock plug at bottom. Column supplied with ACE 7506-06 nylon bushing and FETFE o-ring. Complete with ACE 5853-07 tubing connector for connecting 12.5 t0 14mm O.D. tubing to column.
AGAROSE BEAD TECHNOLOGIES Empty FPLC 80 ml Columns
FPLC column is a single use product suitable for FPLC and ÄKTA design™ chromatography systems. It is recommended to work with approximately 80 ml of packed bead bed volume. The package contains 1 column, 3 frits (polyethylene frit with a nominal pore size of 12 µm) and 2 caps. The FPLC column parts are made of polypropylene which shows excellent chemical resistance to most of the commonly used reagents.Tech Specs:Column Material : PolypropyleneFrit Material : PolyethyleneDimensions Diameter x Height (mm) :~ 26 × 144Max Pressure (psi /bar/MPa) :200/14/1.38Frit Pore Size : 10 µmCapacity (ml of packed resin) : 80
Chemglass Life Sciences Column, Chromatography, 24/40 Outer Rodaviss Joint, 2in ID X 18in E.L., 2mm Stpk
Column, Chromatography, 24/40 Outer Rodaviss Joint, 2in ID X 18in E.L., 2mm Stopcock. General purpose column having a PTFE stopcock and a top Rodaviss outer joint. Can be used as a gravity eluted column or a flash column (as described by W.C. Still, M. Kahn and A. Mitra of Columbia University in JOURNAL OF ORGANIC CHEMISTRY 43, 2923 [1978], and covered in U.S. Patent Number 4,293,422 dated October 6, 1981) when used with optional CG-1195 flow controller and CG-1194 reservoir. Column is constructed using MEDIUM WALL TUBING. Glass wool (not supplied) is used to support column packing. Lower end of the column has a round bottom. Connections between the column, reservoir and flow control adapter are made using Rodaviss joints. The unique design of the Rodaviss joint affords a grease free seal while holding glassware together without clamps. Column is supplied complete with a CG-182 open top cap and o-ring.
Waters Corp AP-1 Plastic Shield, 10 mm x 600 mm, 1/pk
Waters Advanced Purification (AP) columns feature non-metallic construction and adjustable bed height with easy to use coarse and fine adjustments. The AP Glass columns are available in a variety of dimensions. Glass Tubes, Column Jackets, Plastic Shields and other replacement parts are sold separately.
Ace Glass, Inc. 41mm x 61cm chromatography column
41mm X 61cm chromatography column with 2mm bore, 1:5 taper solid PTFE stopcock plug, porosity B fritted disc sealed in at bottom, and a #15 Ace-Thred at top of column. Column comes with nylon bushing, FETFE o-ring, and tubing connector for connecting 12.5 to 14mm O.D. tubing to the column.
Chemglass Life Sciences Column, Chromatography, 35/20 Socket Joint, 100mL Reservoir, 1/2in ID X 10in E.L., 2mm Stpk
Column, Chromatography, 35/20 Socket Joint, 100mL Reservoir, 1/2in ID X 10in E.L., 2mm Stopcock. General purpose column having a PTFE stopcock, reservoir of the listed capacity and a top spherical socket joint. Glass wool (not supplied) is used to support the column packing. Column is constructed using MEDIUM WALL TUBING. Can be used as a gravity eluted column or a flash column (as described by W.C. Still, M. Kahn and A. Mitra of Columbia University in JOURNAL OF ORGANIC CHEMISTRY 43, 2923 [1978], and covered in U.S. Patent Number 4,293,422 dated October 6, 1981) when used with CG-1201 flow control adapter.