Our Technology

Superhards

TCHP Superhard Materials combine high-quality diamond or cBN core particles with advanced nanolayer coatings and optional binders. This design delivers the extreme hardness of superhards plus added fracture toughness, with customizable properties for demanding, high-value applications.

Diamond TCHP

Ultra-hard diamond cores with protective nanocoatings for extreme wear applications.

Core Materials:
• High-quality synthetic diamond
• Natural diamond grades
• Engineered diamond composites

Applications:
• Precision cutting tools
• High-wear surface coatings
• Specialized drilling applications

cBN TCHP

Cubic boron nitride cores engineered for high-temperature stability and superior performance.

Core Materials:
• Premium cBN particles
• High-temperature stable grades
• Custom particle distributions

Applications:
• Steel and ferrous machining
• High-speed cutting operations
• Thermal spray applications

Ceramics

TCHP Ceramic materials use high-quality ceramic cores coated with nano-layers of tungsten carbide and a cobalt or nickel binder. When consolidated, they form a uniform matrix that combines extreme hardness with toughness—delivering far superior wear resistance compared to traditional cemented carbides.

Ti(C,N) TCHP

Titanium carbonitride cores with enhanced toughness for demanding machining applications.

• Superior wear resistance
• Enhanced thermal stability
• Optimized for steel machining

Alumina TCHP

High-purity alumina cores designed for corrosion resistance and electrical applications.

• Excellent chemical resistance
• High electrical insulation
• Temperature stability

SiC TCHP

Silicon carbide cores offering exceptional hardness and thermal conductivity.

• Outstanding thermal shock resistance
• High thermal conductivity
• Superior hardness retention