Waters, 186007203C, LCGC Certified Clear Glass 12 x 32 mm Screw Neck Total Recovery Vial, with Cap and PTFE/Silicone Septum, 1 mL Volume, 100/pk

Waters Certified vials are tested for cleanliness by HPLC and held to tightest dimensional tolerances in the industry. This product combination pack has low bleed silicone / PTFE septum for normal phase solvents.

Specifications
Certified: LCGC Certified
Closure Type: Screw Neck
Cap Color: Black
Dimensions: 12 x 32 mm
Format: Total Recovery Vial
Material: Clear Glass
Seal Material: PTFE/Silicone
Volume Capacity: 1 mL
Type: Autosampler vial
Includes: Vial, Cap, & Septum
Sample Limited: Sample Limited
UNSPSC: 41121806
Application: Sample Preparation
Product Type: Vials
Units per Package: 100 pk

Additional Information
FAQs about LC/GC Certified Clear Glass Vials What is the total recovery feature of the LC/GC certified clear glass vials? The total recovery feature of these vials ensures that no sample is wasted, allowing scientists and lab technicians to maximize their sample recovery and minimize sample loss. Are these vials compatible with both liquid chromatography (LC) and gas chromatography (GC) techniques? Yes, these LC/GC certified clear glass vials are designed to be compatible with both LC and GC techniques, making them versatile for various analytical applications. Can these vials withstand high temperatures and pressure during analysis? Absolutely, these vials are made from high-quality clear glass that can withstand high temperatures and pressure, ensuring their durability and reliability during analysis. Are the screw necks of these vials easy to use and secure? Yes, the screw neck design of these vials provides easy and secure sealing, allowing scientists and lab technicians to confidently handle and transport their samples without any leakage or contamination. Are these vials certified for use in regulated environments? Yes, these LC/GC certified clear glass vials meet the necessary standards and certifications required for use in regulated environments, ensuring their suitability for scientific research and analysis.