About Potassium Oxalate (583-52-8)
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Technical profile of Potassium Oxalate, a high-purity raw chemical material supplied by Triveni Chemicals for industrial manufacturing and laboratory synthesis.
Technical Specifications:
CAS Number: 583-52-8
Chemical Formula: K2C2O4
Industrial Uses & Applications:
Potassium Oxalate Is An Inorganic Salt Widely Used In Laboratory, Pharmaceutical, And Industrial Applications. It Is Valued For Its Good Water Solubility And Strong Chelating Properties. Potassium Oxalate Is Commonly Used As An Analytical Reagent, Anticoagulant In Blood Testing, And In Chemical Synthesis Processes.
Versatile Chemical for Diverse ApplicationsPotassium oxalate finds widespread use across multiple industries, from analytical laboratories to industrial processing. Its solubility in water, high purity, and excellent chelating properties make it a preferred choice in the photographic industry, textile processing, and electroplating. The white crystalline powder is easy to handle for both synthesis and analytical uses.
Analytical Reagent and Reducing AgentThanks to its ability to act as a strong reducing and chelating agent, potassium oxalate is essential for accurate analytical testing and chemical processes. It's commonly utilized to remove impurities from metal surfaces and plays a significant role in the synthesis of specialized laboratory compounds.
Easy Handling and Reliable QualityManufactured in India, potassium oxalate is supplied as a pure crystalline powder, ensuring ease of storage, precise measurement, and consistent results. The product's stability, high melting point, and specific refractive rate ensure reliability in demanding chemical workflows.
FAQ's of Potassium Oxalate (583-52-8):
Q: How is potassium oxalate typically used in industrial settings?
A: Potassium oxalate is mainly employed as a reducing and chelating agent in industrial applications, such as textile processing, electroplating, and specialized cleaning of metal surfaces. It also plays a crucial role in the development of platinum photographic prints and serves as a source of oxalate ions in various synthesis processes.
Q: What are the main benefits of using potassium oxalate in laboratory analysis?
A: Its strong chelating and reducing capabilities allow potassium oxalate to effectively bind metal ions and participate in redox reactions, making it invaluable as an analytical reagent. These properties lead to precise measurements and improved accuracy in laboratory experiments.
Q: When should potassium oxalate be chosen over other oxalates in analytical chemistry?
A: Potassium oxalate is preferred when water solubility, high purity, and reliable reactivity are essential for an experiment or process. Its crystalline form and consistent results make it suitable for sensitive analyses, especially when minimal interference and high-quality output are required.
Q: Where is potassium oxalate manufactured and commonly supplied from?
A: Our potassium oxalate is manufactured and supplied from India, ensuring strict quality standards and reliable distribution to customers in the chemical, analytical, and industrial sectors.
Q: What is the process for dissolving potassium oxalate for laboratory applications?
A: To prepare solutions, potassium oxalate powder should be measured accurately and dissolved in distilled water. It is highly soluble in water and insoluble in organic solvents, so gentle stirring is sufficient to create homogenous solutions for use in experiments or industrial processes.
Q: What makes potassium oxalate ideal for specialized cleaning of metal surfaces?
A: The strong chelating action of potassium oxalate allows it to bind and remove metal ions, which facilitates efficient cleaning and preparation of metal surfaces in electroplating and other metal treatment processes.