Secure your GC columns against column contamination. Our glass split and splitless inlet liners promote full vaporization of samples, minimize mass discrimination, and help you achieve accurate and reproducible results every time. Some liners are even packed with wool, helping to trap non-volatile material.
From capillary and programmed temperature liners to packed liners available in both clear and color coded, we have what you need for all of your gas chromatography needs.
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Open Top Uniliner (with wool) - Packed with fused silica wool, highly recommended for high molecular weight active samples. The fused silica wool traps dirt and sample resid.
This column is used for trace, active samples, high recovery and linearity.
This column features a cylindrical design for high molecular weight samples provides an excellent vaporization surface. Spiral traps dirt reducing further residue sample interaction.
Capillary Split/Splitless Deactivated Glass Liners with Deactivated Wool and Tapered End.
This glass liner is specifically designed to be used for Fuel in Oil analysis, loosely packed with wool.
These adapters allow connection of fused-silica to unions, valve ports, and reducers. Column I.D. 0.53 mm, fitting 1/16 in.
Quartz Split Liner with Silanized Glass Wool.
Ultra Deactivated Straight Splitless Liner with Wool.
Quartz Liner for Splitless Operation (ships with instrument) - Standard injector liner.
CAPILLARY Quartz Liner for Split Operations, with Silanized Glass Wool, for Programmed-Temperature Split/Splitless Inlet System.
Ultra Deactivated Glass Liner Single Taper for Splitless Injection.
Ultra Deactivated 0.75 mm ID Straight/SPME Inlet Liner.
Universal liner for general purpose analyses. Deactivated surface provides minimal bleed and inertness over a wide sample pH range.
Quartz Liner for Split operation standard injector liner for routine applications.
Ideal for trace HS work. Use in conjunction with N1011447 or N1011445.
Good for both high and low molecular weight compounds. Sample vaporization is aided by tortuous flow path and minimizes molecular weight discrimination. Difficult to clean.
Quartz Glass Liner, no Wool, Straight Through with Dimple at the Bottom.
Maximum inertness and packed with wool gives optimum sample dispersion. Surface provides inertness over wide sample pH range. Wool can be adsorptive if fibers are broken.
Maximum inertness gives optimum sample dispersion. Deactivated surface provides minimal bleed and inertness over a wide sample pH range.
