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BRD810 Boron Polycrystalline Diamond - High-Performance Abrasives from Chinese Suppliers and Factory
Self-Sharpening Performance
- Micro-edges fracture during grinding, continuously exposing new sharp cutting points
- Ensures consistent cutting efficiency and long-term process stability
Superior Heat & Wear Resistance
- Oxidation onset temperature is 150–250°C higher than conventional diamond
- Boron-carbon bonding structure resists oxidation and enhances durability
- Extends tool life under high-load, high-temperature conditions
Enhanced Bonding Strength
- Rougher surface morphology improves mechanical interlocking with bonding agents
- Reduces premature grain shedding
- Ideal for high-end diamond tool manufacturing
Specifications
- Grain Size Range: 50/60 to 325/400
- Applications: High-precision grinding, cutting, and polishing across advanced ceramics, semiconductors, and hard metals
Frequently Asked Questions
How does the self-sharpening performance function?
During the grinding process, the micro-edges of the diamond fracture. This mechanism continuously exposes new, sharp cutting points, ensuring consistent cutting efficiency and long-term process stability.
Why does this material offer superior heat and wear resistance?
It features a boron-carbon bonding structure that resists oxidation and enhances overall durability. Its oxidation onset temperature is 150–250°C higher than conventional diamond, extending tool life under high-load and high-temperature conditions.
How does the rougher surface morphology improve bonding strength?
The rougher surface morphology improves the mechanical interlocking with bonding agents. This minimizes premature grain shedding, making it highly suitable for high-end diamond tool manufacturing.
What is the available grain size range for these diamond tools?
The specifications offer a grain size range from 50/60 to 325/400, catering to various manufacturing requirements.
What are the primary applications of this self-sharpening diamond?
It is ideal for high-precision grinding, cutting, and polishing across advanced ceramics, semiconductors, and hard metals.