NA10664 Sodium Acetate Powder

Sodium Acetate Powder Description

Sodium Acetate (CH₃COONa) powder is a reagent crucial for buffer formulation and chemical synthesis. The product features a controlled particle size distribution that promotes uniform dissolution and predictable reaction behaviour. Its chemical composition is confirmed against CAS 127-09-3 standards, ensuring reproducibility in pH regulation and formulation applications. This material's consistent properties help maintain stability in various laboratory and industrial processes.

Sodium Acetate Powder Properties

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

Sodium Acetate Powder Applications

Laboratory Applications
- Use as a pH buffering component in analytical solutions to achieve stable reaction conditions by leveraging its uniform dissolution.
- Applied as a reagent in synthesis processes to maintain solution stability through verified chemical composition, reducing variability in reaction kinetics.

Industrial Applications
- Used as an additive in textile dyeing processes to regulate solution pH, improving colour uniformity by exploiting its consistent chemical characteristics.
- Employed in thermal energy storage systems to manage heat exchange, resolving efficiency issues through its predictable phase change properties.

Sodium Acetate Powder Packing

Sodium Acetate Powder is packaged in moisture-proof, sealed containers with anti-static measures and secondary containment to prevent contamination. The packaging protects the product during transport and storage and is designed to maintain the powder's integrity under cool, dry conditions. Custom packaging options, including bulk or laboratory-grade sizes, are available to meet specific handling and storage requirements. Tamper-evident seals and protective labelling are incorporated for additional safety.

Additional Information

Sodium Acetate is widely utilised in chemical formulations due to its capacity to stabilise pH levels in solutions. Its precise buffering ability makes it integral to various research and production processes, where reproducibility and accuracy are paramount. Understanding the material's physical and chemical properties is essential when integrating it into laboratory protocols.

The chemical's role extends to industrial settings, where controlled reaction environments are necessary. Its consistent composition and tailored particle distribution support optimised process control, thereby enhancing overall operational efficiency and product performance.