Wheaton BOD Bottle 300 mL (227497‑00G)

Wheaton BOD Bottle 300 mL (227497-00G)

Product Description

Wheaton BOD Bottle 300 mL (227497‑00G) is a precision glass container designed for Biochemical Oxygen Demand (BOD) testing and other water-quality analysis applications. Manufactured from clear Type I borosilicate glass, it provides excellent chemical durability, thermal stability, and optical clarity. The 300 mL capacity meets the requirements of the standard five-day BOD test. Its specialized design helps minimize air entrapment and maintain sample integrity during incubation, ensuring reliable and repeatable analytical results.

Product Features

• Type I borosilicate glass construction for superior chemical resistance and thermal stability

• Clear glass body to allow visual monitoring of sample condition and clarity

• Special shoulder radius designed to sweep air from the bottle during filling

• Flared mouth to create a water seal around the stopper during incubation

• Design helps prevent air ingress and reduces measurement interference

• Compatible with penny-head stoppers and dissolved oxygen probes

Applications

• Standard five-day Biochemical Oxygen Demand (BOD) testing

• Water and wastewater quality analysis

• Environmental monitoring and regulatory testing

• Laboratory research requiring controlled incubation conditions

• Analysis of sewage, effluents, and industrial wastewater samples

Specifications

• Brand: Wheaton

• Model: 227497-00G

• Product type: BOD bottle

• Capacity: 300 mL

• Material: Type I borosilicate glass

• Body diameter: 69 mm

• Height: 165 mm

• Stopper style: Penny-head stopper

• Intended use: Standard 5-day BOD test

Conclusion

Wheaton BOD Bottle 300 mL (227497‑00G) is a reliable and accurate solution for laboratories performing BOD and water-quality testing. Its carefully engineered shape, high-quality borosilicate glass construction, and compatibility with standard BOD accessories make it an excellent choice for consistent, repeatable results in environmental and analytical laboratory applications.