Thermally Conductive Diamond
- Typical Size Range
- Customizable
Product overview
Introduction
Also known as spherical diamond, thermally conductive diamond is produced from high-grade monocrystalline diamond through a rounding process. The particles feature near-spherical shape, narrow particle size distribution, excellent dispersibility, and high wear resistance.
Product benefits
Features
- High specific surface area, high packing density, good flowability, and easy filling.
- Uniform dispersion in composite materials to reduce interfacial thermal resistance.
- Spherical morphology increases contact area with the matrix and promotes heat transfer.
Product data
Specifications
| Model Number | YS/QD |
|---|---|
| Sample Size | 5 ct / 50 ct / 100 ct |
| Surface State | Rough or smooth surface available |
| Customization | Particle size and surface state can be customized. |
Where it is used
Applications
Diamond thermal conductive fillers, thermal conductive pastes, and dressing tools.



High-performance thermal management materials requiring efficient heat transfer.
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