About Potassium Titanate (12030-97-6)
We are Supplier, Exporter and Contract Manufacturer.
Technical profile of Potassium Titanate, a high-purity raw chemical material supplied by Triveni Chemicals for industrial manufacturing and laboratory synthesis.
Technical Specifications:
CAS Number: 12030-97-6
Industrial Uses & Applications:
Potassium Titanate Is An Inorganic Ceramic Material Widely Used In Industrial And Advanced Material Applications. It Is Valued For Its Excellent Thermal Stability, Chemical Resistance, And Reinforcing Properties. Potassium Titanate Is Commonly Used As A Reinforcement Filler In Plastics, Rubber, And Friction Materials Such As Brake Pads And Clutch Linings To Improve Heat Resistance And Wear Performance.
Enhanced Performance in Friction MaterialsPotassium titanate stands out for its application in automotive brake pads. By improving wear resistance and thermal stability, it greatly extends the service life and reliability of braking systems, making it indispensable for high-performance and commercial vehicles alike.
Versatility in Industrial ApplicationsThis crystalline powder finds uses beyond the automotive sector, serving as a crucial additive in specialized ceramics, electrical insulators, and plastics. The addition of potassium titanate increases mechanical strength and end-product durability, offering cost-effective solutions for various industries.
FAQ's of Potassium Titanate (12030-97-6):
Q: How is potassium titanate commonly used in industry?
A: Potassium titanate is primarily utilized as an additive in high-performance friction materials like automotive brake pads. It is also employed to strengthen ceramics, improve the mechanical properties of plastics, serve as electrical insulators, and act as a catalyst support.
Q: What are the benefits of adding potassium titanate to brake pads?
A: Adding potassium titanate enhances brake pads by increasing wear resistance and thermal stability. This results in longer-lasting, more reliable braking performance, especially under high-temperature conditions.
Q: When is potassium titanate the preferred material for industrial applications?
A: Potassium titanate is chosen when superior wear resistance, high thermal stability, and mechanical strength are required, such as in brake pad manufacturing, high-strength ceramics, and plastic fillers.
Q: Where is potassium titanate manufactured and supplied from?
A: Potassium titanate with high purity is manufactured and supplied predominantly in India, with numerous global suppliers offering the material for industrial use.
Q: What is the process to utilize potassium titanate in ceramics and plastics?
A: Potassium titanate is mixed as a powder with other ceramic or polymer materials during production. It acts as a filler, enhancing the composite's overall mechanical strength and durability.
Q: Is potassium titanate soluble in water and how should it be handled?
A: No, potassium titanate is insoluble in water but dissolves in acids. Care should be taken to avoid moisture exposure, and standard safety procedures for handling fine powders should be followed.