Description. Unit. Part No. Certified Flat Bottom Headspace Crimp Top Glass Vials. 20 mL, 23 x 75 mm. 100/pk . 10
From start to finish, Verex™ vial and cap products are treating, and testing for low bleed of ... Limited Volume Specialty Crimp-Top Vials.
Results 1 - 29 of 29 Vial crimp seals, BiMetal (magnetic), 20 mm, with PTFE/silicone ... volume 20 mL, clear glass vial, O.D. × H × I.D. 22.5 mm × 75.5 mm ...
All autosampler vials are manufactured from SCHOTT™borosilicate glass of 1. hydrolytic Crimp seals have pre-assembled ultra low bleed septa installed.
Vial Kit, 1.5mL Clear Glass Vial w/. Cap & Septa. Screw Cap with Silicone/PTFE septa. Compatible with insert 220-97331-62 or 220-97331-63.
Hydrolytic class glass is very hard and has a low expansion coefficient even Vol. (μL). Pack qty. Crimp neck vials. 11732408. 0.7mL Crimp neck vial.
In contrast to a flat DIN crimp neck, the liner only has a very small surface ultra low bleed (Ultra High Performance) silicone septum with PTFE layer, ...
Scientific TriPlus HS Autosampler. Clear glass vials with 20mm crimp seal finish are designed to fit most headspace autosamplers.
500µL glass vials for low volume micro titer plate (05-MTP-96). 1.1mL, clear glass, crimp top, tapered, wide neck vial. Made from inert Chromacol GoldTM.
Headspace convenience kit, N9300901, Headspace 22.6 mm PTFE/Silicone Low Bleed 1000.
1.5ml, Crimp Neck Vials ND11. Vial selections include clear glass, amber glass. ... Red PTFE/white silicone /red PTFE septa, 8mm black pp cap, 5.5mm.
Other Crimp Neck Vials ND20 and Screw Neck Vial ND18 The closure contains a very soft ultra low bleed silicone septum with PTFE layer, optimized for ...
Measuring table for vial and insert diameters and heights slit septum: 702288.1, 702027. N 11 Crimp (standard samples). 19, 20. Vials:.
0.7 mL in transparent as screw neck N 9 and snap ring / crimp neck N 11 Available with Silicone / PTFE; upon request also with other septa materials.
Glass Filtration System ND11 2 mL 12x32 mm Crimp Neck Vials and Seals ... technology, with micro-pores evenly distributed with extremely low ion ...