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Diamond substrate, diamond
CVD diamond substrates (Chemical Vapor Deposition diamond substrates) are materials that use thin films of diamond produced by the chemical vapor deposition (CVD) method as a substrate. In the CVD method, diamond is grown on the substrate using a gaseous carbon source (usually methane) through a chemical reaction. This process allows for the creation of high-quality diamond thin films.
Optimal for laser output windows, etc.
The diamond window not only has excellent light transmittance at pump wavelengths, but its thermal conductivity is unmatched by other materials. The ultra-high thermal conductivity of CVD diamond allows for the rapid dispersion of heat generated by the laser medium into the surrounding environment. The precise polishing process enhances thermal conduction by ensuring close contact between the diamond window and the laser crystal, improving the efficiency and accuracy of laser output.
Multi-crystal ultra-high thermal conductivity optical grade wafer/sheet
Laser, optoelectronic devices, high output heat dissipation, and other high-end applications.
Highest grade thermal conductivity
High-output electronic devices, laser systems, heat dissipation management, etc.
High-output electronics, laser cooling, heat dissipation management, etc.
Optimize the crystal arrangement to improve material consistency. Customization for metalization is possible.
