Certified |
Not Certified |
Closure Type |
Screw Neck |
Dimensions |
12 x 32 mm |
Format |
Regular |
Material |
Amber Glass |
Seal Material |
preslit PTFE/Silicone |
Volume Capacity |
2 mL |
Type |
Autosampler vial |
Includes |
Vial, Cap, & Septum |
Preassembled |
Yes |
UNSPSC |
41121806 |
Application |
Sample Preparation |
Product Type |
Vials |
Units per Package |
100 pk |
FAQs about Amber Glass 12 x 32 mm Vial with Bonded Preslit Silicone PTFE CA
What is the volume capacity of the amber glass vial?
The amber glass vial has a volume capacity of 2 mL.
Can the vial withstand high temperatures during sample preparation?
Yes, the amber glass vial is designed to withstand high temperatures, making it suitable for sample preparation processes.
Is the silicone/PTFE bonded preslit septa compatible with common solvents used in laboratories?
Yes, the silicone/PTFE bonded preslit septa is compatible with most common solvents used in laboratories, ensuring reliable sample containment.
Can the vial be used for both liquid and solid sample storage?
Absolutely, the amber glass vial is versatile and can be used for both liquid and solid sample storage, providing flexibility in various laboratory applications.
Are these vials compatible with automated sample handling systems?
Yes, these vials are designed to be compatible with automated sample handling systems, allowing for seamless integration into laboratory workflows.
What Is The Impact Of Color When Selecting A Vial?
The selection of laboratory equipment, particularly vials, takes into account various factors, with color being a significant consideration. This choice directly impacts the chemical stability of compounds or extracts over time. Waters offers a range of vials, available in clear or amber colors, made from both glass and plastic materials. When deciding on the appropriate vial, it is important to assess the composition of the substances collected for analysis. Amber vials provide protection against UV light, which can potentially harm certain chemicals, making them ideal for safeguarding easily damaged compounds. On the other hand, clear vials offer excellent visibility of the chemicals being stored. By carefully considering the specific requirements of your analysis, you can make an informed decision regarding the color and type of vial to ensure optimal performance and protection of your samples.