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The future development of diamond in the semiconductor field generally follows a gradient trend of "heat dissipation first, then device breakthroug...

Diamond, with its unique properties such as ultra-wide bandgap, ultra-high thermal conductivity, high breakdown field strength, and radiation resis...

Diamond and related products, due to their ultra-high hardness and excellent thermal/electrical conductivity, are used in multiple fields, includin...

The mainstream artificial diamond production processes include High Temperature High Pressure (HPHT) and Chemical Vapor Deposition (CVD).

Diamonds are divided into two main categories based on their applications: gem-quality and industrial-grade.

Diamond composite sheets repaired using a qualified process can achieve 85%-95% of the core performance of the original product, fully meeting the ...

Repairable Wear Types and Applicable Scenarios

The wear level of diamond composite sheets can be determined step-by-step through three levels: visual observation, performance change assessment, ...

Extending the lifespan of diamond composite sheets can be achieved through targeted optimization in three areas

The lifespan of diamond composite bits is not fixed and varies greatly depending on the application, geological conditions, product specifications,...

The quality of diamond composite sheets can be judged from four dimensions

Choosing a diamond composite sheet requires a comprehensive matching of four dimensions: application scenario, geological/processing conditions, pe...