new material
Polycrystalline diamond micro powder is a high-performance synthetic diamond material engineered for precision grinding, polishing, and ultra-fine abrasive applications. Manufactured using high-pressure, high-temperature (HPHT) techniques, this micro powder features multi-crystalline structures that enhance cutting efficiency, durability, and impact resistance. Ideal for semiconductor wafer processing, optical lens polishing, ceramic finishing, and high-precision machining, polycrystalline diamond micro powder ensures consistent performance and extended tool life in demanding industrial environments.
Product Overview
Polycrystalline Diamond Micro Powder features a brittle polycrystalline structure with a gray-white color. With strictly controlled particle size distribution, it is widely used for the fine grinding and polishing of glass and ceramics. Its excellent polishing performance and high efficiency make it the ideal choice for various grinding and polishing processes, especially in industries that require high precision.
Features
- High Polishing Precision and Efficiency: Offers excellent polishing precision and efficient polishing capabilities, achieving the desired surface finish quickly.
- Brittle Polycrystalline Structure: The unique polycrystalline structure provides excellent cutting ability and high abrasive utilization.
- Good Glass and Ceramic Processing Performance: Performs exceptionally well in grinding and polishing glass and ceramics.
- Economical Choice: Suitable for applications requiring high polishing results but with cost considerations.
Applications
- Glass Processing: Used for precise polishing and grinding of glass, improving surface smoothness.
- Ceramic Processing: Ideal for ceramic surface treatment, providing high-gloss polishing results.
- Precision Grinding and Polishing: Widely used in various precision grinding and polishing processes, including the production of grinding wheels, pastes, and abrasives.
- Super Polishing: Suitable for high-demand super polishing applications, particularly in high-precision equipment fields.
