Chromatography Tubes

Fixed height sampling tubes for bioreactors. Tubing is 1/4 inch OD.

Screw thread tube for replacement of apparatus using the SVL&reg series of glass threads. For use with a CG-188 solid cap with PTFE liner or a CG-189 open top cap and sealing ring for use as a tubing connector.

Screw thread tube for replacement of apparatus using the SVL&reg series of glass threads. For use with a CG-188 solid cap with PTFE liner or a CG-189 open top cap and sealing ring for use as a tubing connector.

Screw thread tube for replacement of apparatus using the SVL&reg series of glass threads. For use with a CG-188 solid cap with PTFE liner or a CG-189 open top cap and sealing ring for use as a tubing connector.

We offer fit-to-perform Shimadzu Pyrolytically-Coated Graphite Tubes with Built-in Platforms, equivalent to Shimadzu part 206-5887-02RI.

The Shimadzu Uncoated Standard Graphite Tube is fit-to-perform on a Shimadzu atomic absorption instrument and is equivalent to Shimadzu part 206-50587.

These tubes are fit to perform on atomic absorption (AA) instruments for Shimadzu, are pyrocoated, have a 90° contact cone and are equivalent to Shimadzu part 206-50588. PerkinElmer supplies a wide range of graphite tubes for non-PerkinElmer

These tubes are fit to perform on atomic absorption (AA) instruments for Agilent and is equivalent to Agilent/Varian part 63-100037-00. PerkinElmer supplies a wide range of graphite tubes for non-PerkinElmer instrumentation.

These tubes are fit to perform on atomic absorption (AA) instruments for Agilent and is equivalent to Agilent/Varian part 63-100012-00. PerkinElmer supplies a wide range of graphite tubes for non-PerkinElmer instrumentation.

These HGA graphite tubes are pyrocoated to provide improved sensitivity and tube-to-tube reproducibility. They are slotted to accept L'vov platforms, PerkinElmer part number B3001256.

The new Advanced Platform design suspends the platform in the tube using three small pins in a triangular layout. This has the advantage of minimizing wall contact and reducing thermal conduction from the tube walls resulting in even and rapid

The new Advanced Platform design suspends the platform in the tube using three small pins in a triangular layout. This has the advantage of minimizing wall contact and reducing thermal conduction from the tube walls resulting in even and rapid