Settings for Alliance HPLC Vials and Low Volume Inserts (LVI) . square. Bottom round conical conical conical conical conical. Material.
To ensure high material purity and product reliability, all of our chromatography vials are converted from Type I borosilicate glass tubing.
Screw neck vials and micro-vials ND8 are used as standard in GC and HPLC. (2) Amber glass, flat bottom, with integrated micro-insert, with label.
The 40 mL vials are available in clear (Type 1, 33 expansion) and amber (Type 1, 51 expansion) borosilicate glass. Related Product Categories. HPLC Columns.
Glass Inserts and Molded Mats for 96-Square Deep Well Microplates Made of the highest quality aluminum; for use with standard 11mm chromatography vials.
Pumps Valves Vials. GENERAL Ace Glass products are also available from our many lab distribution ... as Adapters in: Chromatography Equipment, Flasks,.
Clear glass vials-made from USP Type I, Class A, 33 Borosilicate Expansion glass, with lowest leaching. • Amber glass vials made from USP Type Class B,
Material, Amber Glass. Product Group, Vials. Quantity, 100.0. Style, Screw Top. Technology Type, Liquid Chromatography (LC). Vial Size, 12 x 32 mm.
Description: Clear and amber glass vials with a rounded or flat bottom, and volumes from 5 to 20 ml and closures. A rounded bottom vial is more sturdy and
Autosampling chromatography vials feature high-quality materials to help meet Choose from clear borosilicate glass vials and amber vials that can ...
Items 181 - 240 of 1827 FIS B79992A "4 ML, Amber, Glass, Screw Thread, Flat Bottom, Sample Storage Vial (100... $67.99 / PK Available: Not In Stock. CHR 4000204 ...
1.5mL Vials; 4mL Vials; Headspace Vials (10 & 20mL); EPA Screw Vials; LabTotal Vial MS Certified Kit. Shimadzu Clear and Amber Vials
C0000753 2mL Amber Glass 12x32mm Flat Base 9-425 Screw Thread Vial with Amber. Material. Schott glass. Packing. 100pcs/pk. Usage. Laboratory Analysis.
These low-volume sample vials are ideal for 6mm, 7mm and 8mm autosampler trays. Choose from flat or conical base to maximize recovery needed for small-sample
