https://cdn.pcbdirectory.com/news/cofan_wide_639041524551502797.webp712370
COFAN USA has developed patented Super Pillar™ Technology, a breakthrough in thermal management that delivers superior heat dissipation compared to conventional MCPCBs (Metal Core Printed Circuit Boards). By bypassing the dielectric pre-preg layer, Super Pillar™ creates a direct thermal path from the t-pad metal to the pillar metal, achieving more than 100x better thermal conductivity than standard MCPCB designs.
Contact COFAN USA to learn more.
Why Super Pillar™ Outperforms Conventional MCPCBs
Traditional MCPCBs rely on insulating pre-preg layers that restrict heat transfer. In contrast, Super Pillar™ eliminates this bottleneck by using a direct copper or aluminum pillar connection, drastically reducing thermal resistance.
Key Benefits of Super Pillar™ Technology
The Super Pillar™ MCPCB redefines thermal management by bypassing the pre-preg layer and creating a direct, ultra-efficient thermal conduction path. This innovation allows designers to push the limits of LED performance, achieve higher optical efficiency, extend product lifespan, and significantly reduce thermal decay.
Super Pillar™ Technology provides the thermal management solution needed when designing next-generation LED systems or high-power electronics. These pillars improve heat dissipation, electrical conductivity, and mechanical stability, making them ideal for applications requiring high power efficiency and thermal management like automotive, theatre lighting, medical, military, UV lighting and street lighting.
Click here to learn more about Super Pillar™ from COFAN USA.
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