EPA Water Analysis Vials

• Precision Assurance: EPA Water Analysis Vials utilize state-of-the-art water analysis technology to ensure highly accurate water quality testing. We are committed to providing reliable results, giving you a clear and precise understanding of your water’s condition.
• Efficient Sampling Design: Our vials feature a unique sampling bottle design that allows for easy and efficient collection of water samples. This design simplifies the sampling process while ensuring comprehensive and genuine water quality data for your analysis.
• Durable Material Guarantee: Crafted from high-quality, corrosion-resistant materials, EPA Water Analysis Vials guarantee stability and reliability over extended periods of use. Whether in a laboratory setting or for outdoor sampling, these vials can effortlessly handle various challenges.
• Wide Applicability: Our water analysis vials are suitable for various water sources, including tap water, groundwater, rivers, and lakes. Whether you’re engaged in research, environmental protection, or water treatment, you can find a solution tailored to your specific needs.
• Strict Compliance with EPA Standards: Our products strictly adhere to the standards set by the United States Environmental Protection Agency (EPA), ensuring that your water quality testing meets the industry’s highest benchmarks. Choosing EPA Water Analysis Vials is a reliable investment in addressing water quality concerns.

Clear and amber screw thread EPA vials for the collection storage of water samples comply with the guidelines for establishing test procedures for the analysis of pollutants (Ref. EPA Methods 601,602,603 and 604) Clear EPA vials are made out of C-33 borosilicate glass. Amber EPA vials, for light sensitive solutions are made out of C-50 borosilicate glass. Open top closures and PTFE-faced silicone septa are available assembly or separately. While vials are not “pre-cleaned”, they are packaged in a clean room with a plastic, shrink-wrap module, lehr-clean, as they come from the end of the production lehr. They are then placed into corrugated shelf-packs.