Certified |
Not Certified |
Closure Type |
Screw Neck |
Dimensions |
12 x 32 mm |
Format |
Regular |
Material |
Clear Glass |
Volume Capacity |
2 mL |
Type |
Autosampler vial |
Includes |
Vial |
UNSPSC |
41121806 |
Application |
Sample Preparation |
Product Type |
Vials |
Units per Package |
100 pk |
Clear Glass 12 x 32 mm Screw Neck Vial, 2 mL Volume, 100/pk
Use the Waters Clear Glass 12 x 32 mm Screw Neck Vial which has been designed for use in chromatographic analysis and specially made using chemically inert glass. The inertness of the glass ensures that there is no interference with your samples and analytes, and therefore, the analysis results.
Like all lines of Waters vials, the Clear Glass 12 x 32 mm Screw Neck Vial is manufactured to be within the dimensional tolerances for height, width, neck opening, neck center, threads, and bottom thickness specified for autosamplers. Conformance of vials to these permissible limits is crucial as out-of-dimension vials can cause needle damage and consequent system downtime. The combined attributes of the Clear Glass 12 x 32 mm Screw Neck Vial make it a valuable piece of lab equipment for the secure storage of your analytes.
You can shop for lab equipment, find similar products and other variants of the same products, see more information on our complete product range, and available technology on our online shop and website. Our online catalog also contains information regarding contacting our various offices.
Waters vials are designed for use across a wide range of applications and offer compatibility with virtually any autosampler. Waters also offers air-tight, leak-free seals to safely store and transfer your most important samples.
You may also want to explore the Red, 12 x 32 mm Screw Neck Cap and Preslit PTFE/Silicone Septum, 100/pk. You can secure your samples and solvents easily and ensure low evaporation and reusability with the screw neck cap which forms an excellent seal and mechanically holds the septum in place during piercing. The cap is manufactured using chemically inert materials so you can be certain that there is no interference with your analytes.
How Is Column Dimension Linked To Injection Volume?
The cylinder volume of your analytical column is directly related to the optimal injection volume to be used. Therefore, the injection volume is dependent on the cross-sectional area and length of your column. Multiply your current volume by the ratio of the radius squared to determine the correct volume for your new method if you are converting to a different size ID (with the same packing material and length). Note that Injection volumes, as well as optimal flow rates, are limited by the size of the column.