GE19-5103-01

C 16/70 Column

• UNSPSCコード: 41121800
• NACRES: SB.52

特性

• テクニック: LPLC: suitable

詳細

詳細

RC packing reservoirs, which are available for all three C column types, are quick and easy to assemble. Curved walls minimize the separation of gel beads by size during packing to produce homogeneous columns. Once the gel is in the column, the RC reservoir can be connected to a pump or Mariotte flask to give optimal flow rates for gel packing.

The C-series columns are designed for Standard Chromatography. The eluent inlet pieces incorporate a “reverse funnel” design that distributes eluent evenly over the cross-sectional area of the gel bed surface. This causes minimal disturbance of the gel bed and results in improved flow properties.

The basic C columns are of fixed volume, but can be upgraded by adding flow adaptors (which keep bed height constant and protect from insoluble particles) and a thermostatic jacket (see below). Three adjustable flow adaptors are available for the C column series (AC 10, AC 16 and AC 26), allowing the choice of bed height to suit the application

When working with temperature dependent separations, resolution and recovery can often be increased by fitting a C column with a JC thermostatic jacket. This allows accurate control or separation temperature without a cold room. JC jackets increase mechanical resistance of C columns, enabling operating pressures of upto 1bar.

特徴および利点

C columns are delivered with polyethylene tubing (1.0-mm ID, 2 m in length), bed support screens, snap-on net rings, and instructions.

C columns are economical modular columns for low pressure or gravity feed, providing even distribution of eluent to the medium bed, even without flow adapters.

Columns are available in three diameters and several lengths.

Compatible with a variety of bulk media.

Flow adapters are available for each of the column diameters to allow optimal bed heights for each application, as are thermostatic jackets for precise temperature control.

Packing reservoirs for each column diameter optimize packing conditions.