Fisher Scientific offers a comprehensive range of chromatography consumables including glass autosampler vials, polypropylene PP or polymethylpentene TPX chromatography vials, microvials, micro-inserts, top closures, a broad variety of different septa materials for almost all applications, vials racks, microplates as well as crimping/decapping tools.
The autosampler compatibility chart to find out the right vials range for almost all LC, LC-MS, GC, GC-MS instrument.
The chemical compatibility chart to confirm the vials, closures and septa materials compatibility with more than 200 chemicals.
These vials are preferentially used on instruments from following manufacturers Agilent, Beckman, Carlo Erba, CTC, Fisons, PerkinElmer, Shimadzy, Thermo Scientific, VWR (Merck™/Hitachi). Refer to the Autosampler Compatibility Chart for further information. A broad selection of ND8* crimp neck vials and microvials are available, which can closed with 8 mmm aluminium caps, 9mm PE caps or 8mm push-on caps. Note that some microvials may need an adapter for full autosampler compatibility as typically they have a conical base and are therefore not free-standing.
These vials are preferentially used on instruments from the following manufacturers: Beckman, CTC, Gilson, Knauer, Shimadzu, Spark, Varian, VWR (Merck™)/Hitachi. Refer to the Autosampler Compatibility Chart for further information).
This is the universal autosampler vial, it can be used on all popular autosamplers thanks to their technical geometry, especially models manufactured by Agilent, HTA, Shimadzu, Thermo Scientific, Varian, and Waters. Refer to the Autosampler Compatibility Chart for further information).
These screw neck 10mm diameter chromatography vials are preferentially used on autosampler models from the following manufacturers: Jasco, PerkinElmer, Shidmazu, Varian and Waters. Refer to the Autosampler Compatibility Chart for further information.
The 13mm vials are preferentially used on autosampler models from following manufacturers: Dionex, Shimadzu, Spark, Varian, VWR (Merck™)/Hitachi, Waters (Wisp 48 Position carousel), etc... Refer to the Autosampler Compatibility Chart for further information.
These vials are preferentially used on autosampler models from the following manufacturers: Agilent, Carlo Erba, CTC, DANI, Fisons, Gerstel, Jasco, PerkinElmer, Shimadzu, Spark, Thermo Scientific and Varian. Refer to the Autosampler Compatibility Chart for further information.
These vials are preferentially used with autosampler models from the following manufacturers: Agilent, CTC, DANI, Dionex, Jasco, Shimadzu, Spark, Thermo Scientific, Varian, VWR (Merck™)/Hitachi and Waters. Refer to the Autosampler Compatibility Chart for further information. Recommended for HPLC applications only, universally usable for almost all autosamplers, even for these with robotic handling.
These vials are preferentially used on autosampler models from following manufacturers: Alcott, Gilson, Shimadzu and Waters (Wisp 96 48-postion carousel). Refer to the Autosampler Compatibility Chart for further information.
As headspace vials have to withstand high internal pressures, almost all vials featured below have a wall thickness of 1,2mm to prevent bursting. Contrary to widespread opinion the seal and not the vial represents the weakest part of the whole vial assembly. Under pressure, the septa will press and bulge against the aluminium cap with such force that the cap is torn apart.
Refer to the Headspace vial compatibility chart to help you quickly identify those consumables (vials and seals) suited to your own instruments.
Easy to handle and inexpensive storage vials with push-on snap caps. For storage of powders and solids. No liners required in the cap.
The EPA vials are preferentially used on autosampler models from the following manufacturers: Agilent, Dionew, Shimadzu, Tekmar, Thermo Scientific and Varian. Refer to the Autosampler Compatibility Chart for further information.
*UltraBond seals ND24 have a bonded cap and silicone/PTFE liner forming a inseparable unit which avoids the problem of liners detaching from the cap. UltraBond is achieved by a patented process that requires no adhesives but instead relies on molecular fusion of both components to achieve unity.