Metal core printed circuit boards with aluminum substrate for superior thermal management in high-power and high-brightness applications.
Aluminum PCBs (also known as Metal Core PCBs — MCPCB) are engineered to solve the most challenging thermal dissipation problems. By bonding a copper circuit layer to an aluminum substrate through a thermally conductive dielectric, heat is rapidly transferred away from critical components.
Compared to standard FR-4 boards, our Aluminum PCBs achieve 8-10x better heat dissipation, dramatically extending LED lifespan and enabling higher power densities in compact designs. We offer multiple dielectric thicknesses and thermal conductivities to match your specific cooling requirements.
8-10x better thermal performance than standard FR-4 boards, effectively drawing heat away from high-power components and reducing operating temperatures by 30-50°C.
Specifically designed for high-brightness LEDs. Thermal management extends LED lifespan from 30,000 to 50,000+ hours while maintaining consistent color output.
Aluminum provides excellent mechanical strength and rigidity at a fraction of the weight of copper-based MCPCBs, ideal for portable and weight-sensitive applications.
Eliminates the need for bulky heat sinks and active cooling fans, reducing system cost, assembly complexity, and overall bill of materials.
The aluminum core provides natural electromagnetic interference (EMI) shielding, reducing noise pickup and improving signal integrity in sensitive circuits.
Enables compact designs with higher power densities by efficiently managing thermal loads, allowing for smaller form factors without compromising reliability.