CVD Diamond Heat Spreaders
Chemical vapor deposition (CVD) diamond plates that spread concentrated heat away from high-power devices before it reaches the next layer of the thermal stack.
Applications
- High-power semiconductor devices
- Advanced chip packaging
- RF power electronics
- Laser systems and laser diodes
- High heat flux electronics
| Specification | Value |
|---|---|
| Material | MPCVD single-crystal or polycrystalline diamond |
| Thermal conductivity (room temp.) | 1,000–2,200 W/m·K depending on grade — single-crystal up to ~2,200, polycrystalline up to ~2,000 |
| Dimensions | Single-crystal up to 35 × 35 mm; polycrystalline parts cut from 2–8 in. wafers; custom sizes |
| Thickness | 10–1,000 µm standard; up to 1.5 mm on request |
| Surface roughness | Ra ≈ 1 nm achievable (single-crystal); ≈ 2 nm (polycrystalline) |
| Flatness & thickness tolerance | Evaluated per size and thickness — contact us for specifications |
| Metallization | Full-surface and patterned metallization available |
| Bonding options | Copper plating and brazing; other bonding processes evaluated per project |
| Test report | Laser-flash thermal conductivity report; third-party testing available at additional cost |
| MOQ | Request quotation |
| Lead time | Based on specification and quantity |
Values reported by our manufacturing partner. Room-temperature thermal conductivity measured by laser flash; maximum values are the upper end of the grade range, not guaranteed minimums. Final specifications are confirmed in each quotation.