- Dense TiC Protective Coating: Shields diamond particles from high-temperature oxidation and catalytic graphitization.
- Diffusion Barrier Function: Helps block reactive metal elements from reaching the diamond core under heat.
- Strong Chemical Bonding to Matrices: Forms a robust interface with metal bond systems for higher holding force.
- Excellent Thermal Compatibility: Improves stability under thermal cycling by better matching expansion behavior.
- High Wear Resistance: Enhances durability and reduces premature grain loss in abrasive machining.
- Stable Cutting Consistency: Maintains reliable cutting performance and extends overall tool life.
TiC Coated Diamond Powder
20+ Years Experience
Ultra-Precision Quality
Customized Solutions
TiC Coated Diamond Powder is a high-performance coated abrasive designed for demanding grinding, cutting, and drilling applications where thermal protection and chemical stability are critical. Featuring a dense titanium carbide (TiC) coating on synthetic diamond particles, this grade effectively protects the diamond from oxidation and graphitisation at elevated temperatures while enhancing chemical bonding with metal matrices, resulting in improved wear resistance and extended tool life.
Features
Specifications
Available Grit Sizes
- Fine grit (10–50 μm): Ideal for polishing, lapping, and precision grinding of ceramics, glass, and electronic materials.
- Medium grit (50–200 μm): Suitable for general-purpose grinding and cutting of stone, composites, and hard alloys.
- Coarse grit (200–600 μm): Designed for heavy material removal, drilling, and shaping of ultra-hard materials like tungsten carbide and advanced ceramics.
Coating Thickness
- Light coating: Enhances wettability while maintaining sharpness, recommended for soft bonds such as resin and bronze.
- Medium coating: Balances adhesion and thermal resistance, ideal for metal and vitrified bonds.
- Heavy coating: Provides maximum oxidation resistance and durability in extreme temperatures, suitable for high-temperature sintering and demanding applications.
Applications
Ceramic Manufacturing
Suitable for grinding and cutting hard ceramic materials under demanding conditions.
- Structural and technical ceramic processing
- Ceramic component shaping and finishing
- Hard and brittle ceramic machining where thermal stability is critical
Cemented Carbides
Used for machining hard and wear-resistant carbide materials in high-load applications.
- Tungsten carbide grinding and cutting
- Carbide tool and component processing
- High-load carbide surface finishing and profiling
Composite Materials
Applied in processing advanced composite materials with high abrasiveness.
- Carbon fibre–reinforced composite machining
- High-performance composite cutting and grinding
- Wear-resistant composite material processing