KIMBLE® KIMAX® Glass Chromatography Column, with PTFE Stopcock Assembly

  • Manufactured from borosilicate glass 3.3
  • An O-Ring has been added under the PTFE fitment to maintain a liquid-tight seal over a large temperature range (0-100 °C)
  • Liquid contacts only glass and PTFE
  • Stopcock is easily removed, providing easy access to column packing
  • Tip and stopcock assembly are available as replacement components
  • Replacement stopcock for all sizes is 41006F-2
  • 17810 series has a 250 mL reservoir at the top of the column
Product Overview
An important chromatographic separation method is column chromatography (SC). The most common method is liquid chromatography consisting of a mobile phase (liquid or gaseous) and a stationary phase (e.g. solid packing material in a cylindrical tube). Due to the varying degrees of adsorption of the substance to be separated (in the mobile phase) on the stationary phase, preparative purification of substance mixtures of different polarity is achieved, for example.
Products
with Reservoir
Catalog No Capacity (mL) ID (mm) ID Flange (mm) Sample Size (g) Column Length (mm) Price Quantity
Plain Column
Catalog No Capacity (mL) ID (mm) ID Flange (mm) Sample Size (g) Column Length (mm) Price Quantity
Product Overview
Product Overview
An important chromatographic separation method is column chromatography (SC). The most common method is liquid chromatography consisting of a mobile phase (liquid or gaseous) and a stationary phase (e.g. solid packing material in a cylindrical tube). Due to the varying degrees of adsorption of the substance to be separated (in the mobile phase) on the stationary phase, preparative purification of substance mixtures of different polarity is achieved, for example.
Products
Products
with Reservoir
Catalog No Capacity (mL) ID (mm) ID Flange (mm) Sample Size (g) Column Length (mm) Price Quantity
Plain Column
Catalog No Capacity (mL) ID (mm) ID Flange (mm) Sample Size (g) Column Length (mm) Price Quantity
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