Vial Size 12*32mm Material Borosilicata Glass Type I Volume Use volume 1.5ml, max volume 2ml Color Amber and clear glass available Neck Finish 9mm Graduation W/ and W/O at your choice Cap Size 9mm Cap Color Blue Cap Type Open Top cap Septa
18mm Screw Top Clear Glass GC Vials for Aijiren--Aijiren. 6-20ml screw headspace GC vial belongs to autosampler vial; 6-20ml screw headspace GC vial was often used for Aijiren, and other autosamplers. It is easy to analysis sample element.6-20ml screw headspace GC vial is made of clear type1 class A or amber type 1 class B borosilicate glass.
21/1/2021 · The HPLC vial size is 11.6x32mm; the Poly snap cap is designed for use with the Snap Seal. this snap vial will fit virtually any crimp finish vial with any liner thickness. All of glass sample vials can equip different septa and cap, please leave the product No. you need, our business manager will recommend suit septa and cap for you.
Chromatography Vials, Caps, Septa & Inserts, Tubes, Crimper 1.5mL 8-425 Screw Neck Vial ND8 1.5mL 9mm Short Thread Vial ND9 1.5mL 10-425 Screw Neck Vial ND10 1.5mL 11mm Snap Ring Material: USP Type 1, Class A, 33 Borosilicate Glass Volume: 2ml
Environmental Workflow - Thermo Fisher Scientific17126-102130 Analytical column: Thermo Scientific Accucore C18, 2.6 µm, 2.1 x 100 mm 60107-211 Thermo Scientific HyperSep Reta 1.5 ML/2ML 8-425 Screw Neck Autosampler Vials ND8
1.5ml Crimp Top Glass Vials for THERMO FISHER. 2ml crimp autosampler vial is depending on the filling volume. We differentiate between standard 2ml crimp autosampler vials and micro-vials which either have an interior or exterior volume reducing shape.
Standard Opening 8-425 Screw Thread Vials. National Scientific. amber 51A glass Uniformly flat bottom for security with inserts I-D™ vials feature write-on patch with graduations at 0.5, 1.0 and 1.5mL Glastic vial features a glass insert pre-inserted inside of a clear TPX vial Standard opening screw thread glass vials have a capacity of 2
9mm Screw Vial Feature & Advantage. 1. The special thread design ensures a consistent seal. 2. Graduated write-on marking spot area for easy filling and identification of sample, measures 0.5, 1.0 and 1.5ml. 3. Amber glass vials are perfect for storing samples
23/11/2021 · Certified Vial KIT 1.5ml Short Thread SureStop Vial, 32 x 11.6mm, amber glass, wide opening, label + filling lines with overwind-barrier Seal: Ultra High Performance Seal: PP Short Thread Cap, blue, centre hole; Silicone darkblue-translucent/PTFE natural,
Our screw top clear and amber glass vials and plastic screw top vials are available in 8mm, 9mm, 10mm, and 13mm screw threads. The most commonly used vials are 9mm, 12x32mm screw thread vials. A 12x32mm vial is also known as 1.5mL, 1.8mL, and 2.0mL vials by different manufacturers. Microsampling options include using a one-piece vial with fused
Vials, 1.5mL Amber Glass Vial w/ Cap & Septa, Short Thread Vial, 12 x 32mm, 9mm opening 500/pk 220-97331-49 Vials Vials, 1.5mL Amber Polypropylene Vial Only, 100/pk
Amber vials are manufactured from Wheaton® 320 glass that conforms to USP Type I requirements to protect light-sensitive samples. Black phenolic screw caps are attached to the vials. It is suggested to use 14B rubber. E-C Sample vials are economically priced
Professional 9mm LC-MS vials supplier manufacturer wholesales-Aijiren Vials for HPLC Aijiren borosil gc ms vials with screw caps manufacturer HPLC Vial Autosampler Vials 2ml with Caps, 9-425 Aer Vial with Blue Screw Caps,Writing Patch,Graduation,White
Headspace Vials, Standard 22 x 38 Crimp Top - Thomas. 20mL Amber Flat Bottom Headspace Vial, 23x75mm, 8mm Thd list price/quantity total $453.3 / CS (000 / CS) Perkin Elmer), Beveled Bottom, 20mm Beveled Crimp Top list price/quantity total $30.63 / PK (00 /.
11/11/2021 · 1.5ml Short Thread SureStop Vials ND9 with sure Screw-Stop-Function. The thread’s additional stopring defines the ideal endpoint of the screwing process. This objective screwing result eliminates an user-to-user variance. The optimal septum compression produces a significant higher analytical reproducibility.
