The Thermo Scientific brand offers high-end analytical instruments, laboratory equipment, software, services, consumables and reagents that help solve complex analytical challenges, improve patient diagnostics and increase laboratory productivity.
The vials, septa and closures available in the Thermo Fisher Scientifi c Chromatography product range are manufactured using highly sophisticated technology and premium quality raw materials. Products are manufactured and tested in accordance with strict quality standards ensuring consistent quality is
• Thermo Scientific™ formic acid, LC-MS Grade (for pH adjustment) (P/N 85178) • Thermo Scientific™ 9 mm MS certified clear screw thread kit: (P/N C4000-LV1W) • Sample vials, with insert and 9 mm vial screw caps with pre-assembled septa • Fisher Scientific™ trifluoroacetic acid, Optima™ LC-MS Grade (P/N 1015347)
Thermo Scientific™ SureStop™ vials are designed as part of the Advance Vial Closure System (AVCS), and remove any subjectivity around achieving the optimal compression when sealing a vial. As an integral component of AVCS technology, SureStop™ vials offer the sealing and performance characteristics of a crimp top vial and the versatility
Thermo Scientific™ 9mm Autosampler Inserts Clear glass or polypropylene inserts for 9mm HPLC and GC autosampler vials are available in a variety of configurations with usable volumes from 160μL to 3.5mL.
Plastic, glass, or silanized glass inserts are placed inside of 2mL crimp, snap, or screw thread vials. The diameter of the insert you choose is dependent on the size of the vial opening. Inserts for 8 mm small ID vials (5 mm ID inserts) Inserts for 9 mm wide ID vials (6 mm ID inserts) Inserts for 11 mm wide ID vials (6 mm ID inserts)
Headspace vials are made of superior quality 1st hydrolytic class glass (Type 1) and have a thicker glass wall to withstand higher temperature and internal pressure for the analysis of volatile gas in the vial’s headspace. Thermo Scientific 20mm crimp top and 18mm screw top headspace vials are available in clear or amber glass in sizes
There’s a Thermo Scientific vial & closure for every HPLC, GC, MS instrument, application, and budget. Screw Vials, Caps, Septa, Inserts & Kits Crimp/Snap Vials, Caps, Septa, Inserts & Kits
Autosampler Vials, Caps and Closures Thermo Scientific™ 20 mm Headspace Vials, Septum, and Caps Headspace vials are available in clear or amber glass with a round or flat base, a crimp seal with a beveled or square edge finish, or with a screw-thread finish.
These clear glass or polypropylene inserts for 8mm HPLC and GC autosampler vials are available in a variety of configurations with usable volumes ranging from 125-200μL. Pulled point inserts are an economical choice for non-critical applications; This product(s) resides on a Fisher Scientific GSA or VA contract.
Thermo Scientific routine sample handling products Assure certainty in routine results A tradition of superior quality, knowledgeable support, and innovative solutions to challenging problems make Thermo Fisher Scientific TM the leader in laboratory consumables. Thermo Scientific Routine autosampler vials and closures
Browse a full range of Autosampler Vial Inserts products from leading suppliers to meet your needs. Shop now at Fisher Scientific.
Vials and vial-inserts are available to suit all chromatography applications from very small sample volumes (100 μL) to very large (40 mL). Be sure to get the right volume vial with the right cap to suit your application and your chosen instrumentation.
Identify sample and volume with graduated, write-on patch provided on certain vials Get maximum sample extraction without need for separate inserts by using Microsampling and High Recovery Vials Obtain optimal recovery of critical polar, labile or OH-interacting compounds using silanized (deactivated) glass (optional)
No risk for exctractables, no risk of losing valued sample by taking the wrong vial and closures, which might not be compatible with the sample or solvent. Each lot of certified kits is tested by HPLC/UV and GC/MS against 15 critical parameters.