Waters, 600000668CV, LCMS Certified Clear Glass 12 x 32 mm Screw Neck Vial, with Cap and Preslit PTFE/Silicone Septum, 2 mL Volume, 100/pk

All Waters LCMS Certified vials are produced following tightly controlled manufacturing processes and handling procedures. They are tested with mass spectrometers and come packaged with a certificate of analysis showing the reference and vial scan for the manufacturing lot.

Specifications
Certified: LCMS Certified
Closure Type: Screw Neck
Cap Color: Blue
Dimensions: 12 x 32 mm
Format: Regular
Material: Clear Glass
Seal Material: preslit PTFE/Silicone
Volume Capacity: 2 mL
Type: Autosampler vial
Includes: Vial, Cap, & Septum
UNSPSC: 41121806
Application: Sample Preparation
Product Type: Vials
Units per Package: 100 pk

Additional Information
FAQs about LCMS Certified Clear Glass Screw Neck Vial What is the capacity of the LCMS certified clear glass screw neck vial? The LCMS certified clear glass screw neck vial has a capacity of 12 x 32 mm. Is the vial compatible with LCMS analysis? Yes, the LCMS certified clear glass screw neck vial is specifically designed and certified for LCMS analysis. Does the vial come with a cap? Yes, the LCMS certified clear glass screw neck vial comes with a cap included. Can the vial withstand high temperatures? Yes, the LCMS certified clear glass screw neck vial is made from high-quality glass that can withstand high temperatures typically encountered in laboratory settings. Is the vial suitable for long-term sample storage? Absolutely, the LCMS certified clear glass screw neck vial is ideal for long-term sample storage due to its high-quality glass construction and secure screw neck design.

FAQ
What Is A Cartridge? A cartridge is a type of column, without end-fittings, that is comprised of an open tube wherein the packing material is retained by a frit at either end. SPE cartridges may be operated in parallel on a vacuum manifold. HPLC cartridges are placed into a cartridge holder that has fluid connections built into each end. Cartridge columns are easy to change, less expensive, and more convenient than conventional columns with integral end-fittings, making them crucial lab equipment.