Address the complexities of soldering Ball Grid Array (BGA) components by prioritizing effective thermal management techniques, ensuring reliable connections and mitigating heat-related issues.

Discover the fascinating MCPCB (Metal Core Printed Circuit Board) exposure and development process! Watch this informative video to learn how precision and technology come together to create high-performance electronic circuits.

Discover how this process proceed and how does it improves the performance and reliability of metal substrates. From the preparation to final coating application, learn about the techniques and materials used to optimize MCPCB functionality. Dive into the benefits of grinding and the importance of coating for protection and enhanced properties. Whether it's for electronics, automotive, or industrial applications, MCPCB play a vital role in achieving superior performance and durability.

Metal Core PCB means the core (base) material for PCB is the metal, not the normal FR4/CEM1-3, etc. and currently the most common metal used for MCPCB manufacturer are Aluminum, Copper and steel alloy. Aluminum has good heat transferring and dissipation ability, but yet relatively cheaper; copper has even better performance but relatively more expensive, and steel can be divided into normal steel and stainless steel. It more rigid than both aluminum and copper, but thermal conductivity is lower than them too. People will choose their own base/core material according to their different application.