SI11499 Quartz Weighing Bottle (for Combustion Analysis)

Quartz Weighing Bottle for Combustion Analysis Description

The Quartz Weighing Bottle for Combustion Analysis is a container produced from fused quartz (SiO₂) that provides a chemically inert environment for combustion processes. Its precision manufacturing ensures minimal contamination during sample oxidation. The inherent thermal stability and low expansion rate of fused quartz are critical for maintaining accurate weight measurements, which is essential for reproducible analytical results in laboratory settings.

Quartz Weighing Bottle for Combustion Analysis Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Quartz Weighing Bottle for Combustion Analysis Applications

Analytical Chemistry
- Used as a combustion vessel in elemental analysis to achieve minimal interference by leveraging the inertness of fused quartz. This ensures accurate weight measurement after combustion.

Research and Testing
- Applied as a container for thermal analysis in research laboratories to preserve sample integrity by capitalising on the material's low thermal expansion. This improves data consistency.

Industrial Laboratory Equipment
- Serves as a combustion analysis bottle in quality control systems to prevent contamination through its non-reactive surface. This supports rigorous testing protocols.

Quartz Weighing Bottle for Combustion Analysis Packing

Quartz Weighing Bottles are individually enclosed in protective, anti-static foam inserts within rigid, shock-absorbing cartons. They are sealed in moisture barrier bags to prevent contamination and temperature fluctuations during transit. Storage is recommended in a dry, temperature-controlled environment. Custom packaging options, including clear labelling and compartmentalised arrangements, are available to ensure safe handling and traceability.

Additional Information

Fused quartz is widely used in high-temperature and analytical applications due to its excellent chemical inertness and dimensional stability. Its low thermal expansion coefficient makes it a suitable candidate for precision instruments in combustion analysis, as temperature fluctuations do not compromise measurement accuracy.

Research into the material properties of fused quartz continues to enhance its application in laboratory environments, particularly where purity and structural integrity are paramount. Understanding these properties is critical for ensuring precise analytical outcomes in both academic and industrial research settings.