Diamond Copper Composite Material

1. Core Advantages

· High Thermal Conductivity: Enables efficient heat dissipation for high-power electronic devices.

· Low and Adjustable CTE: Helps minimize thermal mismatch with semiconductor chips and substrates.

· Optimized Interface Engineering: Improves interfacial bonding and heat transfer between diamond and copper.

· Excellent Thermal Stability: Supports reliable thermal management under demanding operating conditions.

· Customizable Material Design: Tailored diamond content and component dimensions to meet specific requirements.

2. Application

· Semiconductor Packaging: Heat spreaders and thermal management components for advanced chip packaging.

· Power Electronics: Thermal management for SiC, IGBT, and high-power modules.

· Laser & Optoelectronics: Heat spreaders for high-power laser diodes and optical devices.

· Aerospace & Advanced Electronics: Thermal management components for compact, high-reliability electronic systems.

3. Specifications

The following table provides indicative reference ranges for Diamond–Copper Composite. Actual performance depends on diamond volume fraction, particle size, interface engineering, copper matrix composition, manufacturing process, and testing conditions.