new material
CBN (Cubic Boron Nitride) coated products are high-performance cutting and grinding materials engineered for extreme hardness, wear resistance, and thermal stability. Featuring a precision CBN coating, these products deliver superior durability and enhanced machining efficiency, making them ideal for high-speed cutting, precision grinding, and metalworking applications. With exceptional toughness and oxidation resistance, CBN coated tools extend operational life and improve surface quality in industries such as automotive, aerospace, and precision manufacturing.
Product Overview
CBN coated products are manufactured using advanced electroplating, chemical plating, and titanium coating processes to significantly enhance the performance of abrasives and extend the lifespan of grinding wheels. By coating the CBN particles, these products improve particle bonding, heat dissipation, and high-temperature resistance, making them ideal for use in cutting, grinding, and polishing applications.
Features
- Electroplated Products: Electroplating with nickel increases the weight of the abrasives and improves the stability and longevity of grinding wheels.
- Chemical Plated Products: The chemical plating process adds a nickel layer to the particles, enhancing their grip, improving heat dissipation, and enhancing surface smoothness.
- Titanium Coated Products: Titanium coating significantly boosts the high-temperature resistance of abrasives, protecting the particle structure and making them better suited for use with metal and ceramic bonding systems, thereby extending the life of grinding wheels.
- Enhanced Performance: All coating processes are designed to improve overall abrasive performance, particularly in terms of high-temperature resistance, heat dissipation, and stability.
Applications
- Cutting and Grinding: Widely used for cutting and grinding high-hardness materials, including cast iron, steel, hard alloys, and more.
- Grinding Tool Manufacturing: Ideal for producing grinding wheels and other abrasive tools, enhancing their precision and durability.
- High-Temperature Operations: Suitable for machining in high-temperature environments, such as metalworking and grinding ceramic materials.
- Surface Treatment: Used in precision machining where high surface finish quality is required, improving the surface quality of workpieces.
