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Features heat sink grade polycrystalline diamond sheets and spliced single crystal sheets with thermal conductivity exceeding 1800 W/m·K.
Offers the world's first diamond liquid cooling channel module, improving cooling performance by approximately 5 times over traditional solutions.
Includes NV color center magnetic sensors for quantum sensing and diamond neutron detection devices.
Utilizes internationally leading MPCVD technology to produce diamond-GaN chips and optical windows.
Covers high-power lasers, aerospace, medical devices, and large-scale computing AI chip cooling.
Also supplies high-quality cultivated diamonds for jewelry and industrial use.
| Production Technology | MPCVD (Microwave Plasma Chemical Vapor Deposition) |
| Polycrystalline Diamond Thermal Conductivity | > 1500 W/m·K |
| Spliced Single Crystal Conductivity | > 1800 W/m·K |
| Cooling Module Performance | ~5x improvement over traditional solutions |
| Key Applications | High-power lasers, AI chips, Data centers, Aerospace |
| Sensor Types | NV color center magnetic sensing, Neutron detection |
| Composite Products | Diamond-Gallium Nitride (GaN) chips |
Leverage internationally leading MPCVD technology to offer large-size, high-quality diamond materials unavailable elsewhere.
Meet surging demand in AI data centers, high-power microwave devices, and quantum computing sectors.
Provide a one-stop shop from thermal management solutions and optical windows to quantum sensors and medical devices.
Differentiate your catalog with the world's first diamond liquid cooling module and ultra-high conductivity heat sinks.
The primary targets include semiconductor and data center cooling solution providers, high-power laser and microwave manufacturers, aerospace and defense institutes, and advanced material distributors.
It is the world's first diamond refrigeration module, offering approximately 5 times better cooling performance compared to traditional solutions.
We offer heat sink grade polycrystalline diamond sheets with >1500 W/m·K conductivity and spliced single crystal sheets with >1800 W/m·K conductivity.
Yes, in addition to industrial and high-tech components, we supply cultivated diamonds for jewelry and medical devices.
Partner with CRCMT to bring the ultimate thermal management and quantum solutions to the high-tech market.
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