Super Thin CVD Diamond Plate
Mono/Single Crystalline Overview
Available Sizes: 1x1 mm to 8x8 mm, 10-12mm
Thickness Range: 0.3mm to 3mm
Grade and Application
- Electronic: For Quantum optics, radiation detector, etc.
- Optical: For precision tools, window, anvil, sensor, etc.
- Thermal/Mechanical: For conventional industrial tools.
Surface & Orientation Configuration
- Surface Finish: As Grown, Laser Cut, Polished (Ra< 5nm), or Lapped (Ra< 200nm).
- Orientation: Top (100), Customized for Scalpels (2 and 4 point configuration).
- Shapes: Customized shapes based on specific designs and laser cut edges.
Available Dimensions (CVD)
1*1*1mm, 2*2*1mm, 3*3*1mm, 4*4*1mm, 5*5*1mm, 6*6*1mm, 7*7*1mm, 8*8*1mm, 9*9*1mm, 10*10*1mm, 11*11*1mm, 12*12*1mm
Thickness: 0.1mm to 3mm. Customized shapes available.
HPHT Diamond Plate Specifications
Size & Shape Data
Standard Sizes: 2.0x2.0mm to 5.5x5.5mm with thickness from 1.1mm to 1.7mm.
Shapes: Round, Square, Rectangle, Hexangle, etc.
Key Advantages
- High quality comparable to natural diamond (Hardness Moh's 10).
- High strength, low impurity, and excellent transparency.
- High thermal stability and impact resistance.
- Available in various shapes and consistent diaphaneity.
Primary Industrial Applications
- Cutting tools for non-ferrous and non-metallic materials.
- Wheel dressing tools and burnishing instruments.
- High-performance wear parts and wire drawing dies.
- Seeds for CVD diamond growth and optical windows.
Frequently Asked Questions
What are the primary differences between CVD and HPHT diamond plates?
CVD (Chemical Vapor Deposition) diamonds are grown from a gas mixture and are excellent for optical and electronic applications. HPHT (High Pressure High Temperature) diamonds are created using a process that mimics natural diamond formation, making them ideal for industrial cutting tools and as seeds for further growth.
Can I request a custom shape for my diamond plate?
Yes, we provide fully customized shapes including round, square, rectangle, and hexangle designs based on your specific engineering requirements and laser-cutting needs.
What is the hardness level of these synthetic diamond plates?
Both our CVD and HPHT diamond plates possess a Mohs hardness of 10, which is identical to natural diamonds. They will pass standard diamond tester pens.
What surface finishes do you provide for optical use?
For high-precision optical applications, we offer polished finishes with a surface roughness (Ra) of less than 5nm and flatness of less than 1 fringe at 633nm.
What is the thickness range available for super thin plates?
We can manufacture super thin diamond plates with a thickness starting from as low as 0.1mm up to 3mm, depending on the process type and application.
Are these diamond plates suitable for electronic sensors?
Absolutely. Our electronic grade CVD diamonds are specifically designed for high-end applications such as quantum optics, radiation detectors, and advanced sensors.
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