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Product Details:
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| Size: | 9x9mm | Type: | SINGLE CRYSTAL |
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| Application: | OPTICAL,THERMAL,ELECTRO,CHEMISTRY | Product Name: | CVD Diamond |
SINGLE CRYSTAL CVD Diamond
After nearly 4 decades of stop-start research into CVD diamond growth, microwave plasma enhanced CVD diamond synthesis emerged as a commercial synthesis method in the 1990s. The growth rates and control over purity of this method lends itself to manufacturing high quality, free-standing, single crystals diamond.
We are involved with the manufacture of single crystal diamond products for the mechanical optical and electronics industries.
• We have engineered Lab Grown Diamond plates suitable for demanding applications, which opens up the possibility of exploiting the excellent optical and thermal properties of Grown Diamonds in a consistently engineered material without compromising other aspects of device performance.
• CVD Plates are available in various dimensions and thickness. Grown Diamond plate offers a very wide spectral range (spanning the UV to the THz), with low absorption coefficients at key laser frequencies, it has a very high thermal conductivity enabling any heat absorbed to be dissipated, and it has a low thermal expansion coefficient, limiting any thermally generated strain
Material Properties:
N Concentration:＜50ppm
Young Modulus:1150～1300GPa
Friction Coefficient:0.05～0.05
Coefficient of Thermal Expansion: 10-6·K-1
Thermal Conductivity: 1500—2000 W/(m·K)
Hardness: 70-120
MONO/SINGLE CRYSTALLINE
Size: 2 X 2 mm to 9 X 9 mm
Thickness: 0.3mm to 4mm
Grade:
Electronic (for Quantum optics, radiation detector, etc.)
Optical(for precision tools, window, anvil, sensor, etc.)
Thermal/Mechanical (for conventional tools)
Surface:
As Grown or Laser Cut
Polished (Ra< 5nm, Flatness < 1 fringes @ 633nm)
Lapped (Ra< 200nm, Flatness < 1 fringes @ 633nm)
Type/Orientation:
Top (100), Customized for Scalpels (based on 2 and 4 point configuration)
Customized shapes (based on given designs)
Edges:
Laser cut or polished
Contact Person: Daniel
Tel: 18003718225
