About Potassium Acetate
Potassium Acetate Specifications:
- Cas No.: 127-08-2
- Molecular Formula : CH3COOK
- Appearance : White Powder
- Mol.Wt.: 98.14
- PH : 8.5 - 9.5
- Chloride : 0.1% Max
- Sulphate : 0.1%
- Arsenic : Less than 25 ppm
- Heavy Metals : Less than 100 ppm
- Assay : 98.5%min
- Packing : 25/50 Kgs Bags
Application:
Has been used in cardiac arrhythmias, as an expectorant diuretic
A Versatile Chemical for Diverse IndustriesPotassium Acetate is valued for its adaptability, offering reliable performance as a buffer in laboratories, a food additive (E261), a deicing agent for roads and runways, and a building block in the pharmaceutical sector. Its high solubility and stable crystalline form allow for consistent results, making it an essential component for manufacturers, laboratories, and distributors alike.
Safe Handling and Storage RecommendationsThis product poses no significant hazards under normal handling and is not classified under UN regulations for transport. Potassium Acetate should be kept in tightly sealed containers, stored in a cool, dry place to maintain its low moisture content and ensure maximum shelf life. The HDPE packaging options safeguard the product during storage and distribution.
FAQs of Potassium Acetate:
Q: How is Potassium Acetate typically used in various industries?
A: Potassium Acetate serves multiple functions, such as acting as a buffer in chemical and pharmaceutical formulations, a food additive (E261), a laboratory reagent, and a deicing agent for roads and airports. Its high conductivity and solubility make it an ideal choice for these applications.
Q: What are the recommended storage conditions for Potassium Acetate?
A: To maintain quality, Potassium Acetate should be stored in tightly closed containers made of HDPE or equivalent material, kept in cool and dry conditions. Proper storage prolongs its shelf life and preserves its free-flowing crystalline form.
Q: When should Potassium Acetate be considered as a deicing agent?
A: Potassium Acetate is especially beneficial for deicing applications in environments where a quick-melting, low-corrosion, and environmentally considerate solution is preferred, such as airports and bridges.
Q: What are the benefits of using Potassium Acetate in buffer solutions?
A: Potassium Acetate provides excellent pH stability (pKa 4.76) and high solubility, which helps maintain consistent conditions in biological, chemical, and pharmaceutical processes.
Q: Is Potassium Acetate safe to handle and transport?
A: Under recommended usage and handling, Potassium Acetate is stable and not classified as hazardous or regulated under normal conditions. It should still be kept dry to avoid clumping due to its slightly hygroscopic nature.
Q: Where is Potassium Acetate primarily sourced and distributed?
A: Potassium Acetate is manufactured, distributed, and exported by a range of suppliers across India, available through wholesalers, retailers, and industry traders in various packaging types for customer convenience.