About Potassium Titanium Oxalate
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Technical profile of Potassium Titanium Oxalate, a high-purity raw chemical material supplied by Triveni Chemicals for industrial manufacturing and laboratory synthesis.
Technical Specifications:
Chemical Formula: K2TIO(C2O4)2)
Industrial Uses & Applications:
Potassium Titanium Oxalate Is An Inorganic Coordination Compound Used Mainly In Chemical And Industrial Applications. It Is Valued For Its Good Solubility In Water And Ability To Act As A Stable Titanium Source. Potassium Titanium Oxalate Is Commonly Used In Surface Treatment Processes, Electroplating, And Metal Finishing To Improve Coating Adhesion And Corrosion Resistance. It Is Also Used In Textile Printing, Catalysts, And Specialty Chemical Formulations.
Versatile Industrial ApplicationsPotassium titanium oxalate is a cornerstone in manufacturing high-purity titania ceramics, electronic components, and specialty coatings. Its strong affinity for metal ions makes it essential for metal finishing and textile industries, where stable complexes and durable finishes are paramount.
Physical and Chemical PropertiesThis off-white to pale yellow powder is characterized by remarkable water solubility and a melting point of 290C. The crystalline material dissolves easily in water, allowing for efficient processing in both chemical syntheses and industrial applications.
Purity and Quality AssuranceWith a purity range of 98-99%, potassium titanium oxalate supplied by Indian manufacturers and suppliers ensures consistency for critical industrial uses. Strict quality controls optimize performance in advanced ceramics and electronic material production.
FAQ's of Potassium Titanium Oxalate:
Q: How is potassium titanium oxalate commonly used in industry?
A: It is primarily used as a precursor for titanium oxide materials in ceramics and electronics, as well as a mordant in textile dyeing and printing. The compound also finds use in metal finishing, helping to produce robust protective coatings on aluminum and titanium.
Q: What are the benefits of using potassium titanium oxalate in textile processing?
A: This chemical acts as an effective mordant, enhancing dye binding and improving the colorfastness of textiles. Its performance ensures vivid and durable prints, making it valuable for advanced textile dyeing and printing processes.
Q: When should potassium titanium oxalate be chosen over other titanium sources?
A: Select this compound when high solubility, precise purity (98-99%), and compatibility with aqueous processing are required, particularly for high-purity titania ceramics or electronic material manufacturing.
Q: Where is potassium titanium oxalate sourced or manufactured?
A: It is produced and supplied by manufacturers in India, ensuring consistent quality and adherence to industrial standards for export and domestic use.
Q: What is the recommended process for dissolving potassium titanium oxalate?
A: Dissolution is best achieved in water, as potassium titanium oxalate is highly soluble in aqueous solutions. It is only sparingly soluble in ethanol, so water is the preferred solvent for preparing working solutions.
Q: How does potassium titanium oxalate contribute to metal finishing processes?
A: The compound forms stable complexes with metal substrates, facilitating the creation of uniform and durable protective layers on aluminum and titanium during surface treatment applications.