Normax BOD-300-A Amber Bottle (300 mL)

Normax BOD-300-A Amber Bottle (300 mL)

The Normax BOD-300-A Amber Bottle is a 300 mL laboratory-grade container made from amber soda-lime glass, purpose-built for environmental testing and water-quality analysis. Its amber coloration provides effective protection for light-sensitive samples, preventing UV and visible light from interfering with analytical results. Designed for accuracy, durability, and sample integrity, this bottle is a reliable choice for BOD testing and other environmental applications.

Key Features

• Amber glass body that filters UV and visible light to safeguard light-sensitive samples.

• Standard 300 mL capacity suitable for Biochemical Oxygen Demand (BOD) tests and higher-volume sample needs.

• Made from high-clarity, laboratory-grade soda-lime glass for dependable performance.

• Designed for environmental, research, industrial, and regulatory laboratory workflows.

Specifications

• Brand: Normax

• Model: BOD-300-A

• Capacity: 300 mL

• Material: Amber soda-lime glass

• Color: Amber (light-protective)

• Use Case: BOD testing, water-quality analysis

Applications

• Ideal for BOD (Biochemical Oxygen Demand) measurements in wastewater and environmental labs.

• Suitable for environmental monitoring, industrial effluent analysis, and research settings handling light-sensitive samples.

• Effective for storage, incubation, and preservation of chemical samples requiring protection from light exposure.

Maintenance & Handling

• Rinse and clean thoroughly after every use to prevent cross-contamination.

• Avoid abrasive cleaners or scrubbing tools that may scratch the glass.

• Inspect the bottle before use; chips or cracks can compromise safety and accuracy.

• Store upright in a clean, dark, and stable location to maintain sample integrity and prolong bottle lifespan.

Conclusion

The Normax BOD-300-A Amber Bottle (300 mL) offers reliable light protection, precision, and durability for laboratories performing BOD testing or managing sensitive water-quality samples. Its robust construction and light-filtering design make it an essential component for consistent, high-quality environmental analysis.