1.5mL 11mm Crimp Ring Vial ND11 can be used for GC and HPLC. 2. Micro-Inserts Suitable for 11mm Crimp Vials ND11 ... Mandrel Interior & Polymer Feet,
Conical, Conical glass insert with polymer feet and mandrel interior, 350 µL, 250 µL, <3 µL
Valco and Cheminert valves and fittings for GC, lC, HPlC, and uHPlC,. GC detectors, accessories. UNITED STATES, MEXICO, CENTRAL AMERICA,.
innovation of the syringe filters and the sales of Lab equipment and supplies. 150ul Insert with mandrel interior and polymer feet, suits for ND8 Vials.
1. Glass inserts with polymer feet. · 2. High Quality Inserts with Polymer Feet, used with 9mm screw-thread vials · 3. These types of small volume inserts are
Teknokroma uses extremely pure polymers for its phases, in order to guarantee that our columns will respond to the requirements that our customers.
Supelco′s new Low Adsorption (LA) vials are manufactured using a process 29435-U PK100, Certified 200 µL glass inserts, mandrel precision point, 6 X.
Made of clear Type 1 Class A borosilicate glass, these inserts for 13mm HPLC and GC autosampler vialshave usable volumes from 350μL to 850μL.
Conical Glass Inserts - Precision-Formed Mandrel Interior. Inserts are available preassembled with a polymer bottom spring or patented Top Spring™. The.
leader in laboratory consumables. Use SUN-SRi 20mm magnetic caps with the CTC/Leap or ... water vapor contributed by the vial interior surfaces.
Sales@aijirenvial.com. Contact us. Part No. Description. Pk. IP250. 250uL Micro-Insert with Mandrel Interior & Polymer Feet, 29*5.7mm,. Suits for 9mm Vials.
Product Description. 1.Standard vials for GC and HPLC. 2.Vials with integrated Micro-Insert are available. 3.11mm hand crimper & 11mm Decapper. 4.Vials have a
Micro Inserts, featuring small opening, are designed to be used with HPLC vials. Availability: Inquire Now
Application: Suitable for 8-425, 9mm, 10-425, 11mm snap vials Material: Glass for Insert, Polymer for feet Dimensions: 5x29mm,5x31mm/5.7x29mm,5.7x31mm
The tapered micro-insert with polymer feet can be self-aligned and kept upright, keeping the micro-insert aligned with the direction of sample injection. The