Clear Glass 12 x 32 mm Snap Neck Total Recovery Vial, 1 mL Volume, 100/pk

You can easily obtain the most accurate analytical results using the trustworthy Waters' Clear Glass 12 x 32 mm Snap Neck Total Recovery Vial. The only vials offered by Waters have undergone chemical testing and approval. The side draw-port needle was taken into consideration when creating the Clear Glass 12 x 32 mm Snap Neck Total Recovery Vials.

All Waters vials are made to the highest ISO 9001 standards and are certified to be within the dimensional parameters for height, breadth, neck aperture, neck center, threads, and bottom thickness needed for autosamplers. Out-of-dimension vials can break needles and disrupt systems, resulting in harmed lab equipment and a sizable delay in the transmission of data.

Being the leading producer of analytical instruments worldwide, we are aware of your need for homogeneous equipment for your work and experiments, regardless of location. Because we deliver Type I, 33 expansion glass, which has the lowest free ion concentration, all over the world, Waters' single-source production method is ideal. In addition, to help you execute the broadest range of experiments possible, we provide a large variety of vials constructed from various types of glass. You can look through our selection and shop for lab equipment to see our full range of products and to select from a variety of lab equipment.

You may also want to invest in the Blue, 12 x 32 mm Snap Neck Cap and PTFE/Silicone Septum, 100/pk. For various vial sizes, Waters offers cap, septum, and combination cap/septum choices. The septum materials that are readily available are polyethylene septumless caps, silicone/PTFE, and PTFE. To store your solvents, samples, and solutions safely and securely, use this cap. The Blue, 12 x 32 mm snap neck cap with PTFE/silicone septum offers a reliable seal while maintaining the septum in place during piercing mechanically. The fact that no tools are needed for assembly makes the lab equipment fairly easy to use. Its production uses solely chemically inert components to avoid interfering with your analytes.