Certified |
LCMS Certified |
Closure Type |
Screw Neck |
Cap Color |
Blue |
Dimensions |
12 x 32 mm |
Format |
Max Recovery Vial |
Material |
Amber Glass |
Seal Material |
preslit PTFE/Silicone |
Volume Capacity |
1.5 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 |
FAQs about LC-MS Certified Amber Glass Vial
Is this LC-MS certified amber glass vial compatible with all types of LC-MS instruments?
Yes, this amber glass vial is designed to be compatible with a wide range of LC-MS instruments, ensuring accurate and reliable results across different systems.
What is the maximum recovery capability of this amber glass vial?
This vial is specifically designed for maximum recovery, allowing scientists and lab technicians to retrieve the maximum amount of sample for analysis, minimizing sample loss.
Can this screw-neck vial be used for both liquid and gas chromatography applications?
Absolutely! This amber glass vial is suitable for both liquid and gas chromatography applications, providing versatility for various analytical techniques.
Does this vial come pre-cleaned and ready to use, or does it require any additional preparation steps?
These LC-MS certified amber glass vials are pre-cleaned and ready to use, saving valuable time for scientists and lab technicians. They are supplied in a clean, contamination-free state.
What is the recommended storage temperature range for these amber glass vials?
It is recommended to store these vials within a temperature range of -20°C to 70°C (-4°F to 158°F) to maintain their integrity and ensure sample stability during storage.
What Is The Significance Of Chromatography Sensitivity?
The signal output per unit concentration or mass of a substance in the mobile phase entering the detector, for example, the slope of a linear calibration curve, is referred to as sensitivity. For concentration-sensitive detectors, sensitivity is sometimes defined as the ratio of peak height to the analyte concentration in the peak. In mass-flow-sensitive detectors, it is the ratio of peak height to unit mass. To be a distinct performance attribute, sensitivity must be solely dependent on the chemical measurement procedure, not on scale considerations. Many instrumental and chemical parameters influence the ability to detect (that is, qualify) or measure (that is, quantify) an analyte.