Discover the Advantages of FSW Liquid Cold Plate Technology for Demanding Applications

Thermal management is critical in industries like electric vehicles, power electronics, renewable energy, and high-performance computing. However, many conventional cooling solutions struggle under real-world conditions, especially when exposed to high pressure and repeated thermal cycling.

This is where the FSW Liquid Cold Plate offers a true step forward.

Unlike traditional brazing or fusion welding, Friction Stir Welding (FSW) joins metals without melting them. The process creates a solid-state bond that retains the material’s grain structure, reducing common defects like cracks, porosity, and distortion.

As a result, an FSW Liquid Cold Plate delivers:

• Higher mechanical strength and longer service life

• Greater resistance to thermal fatigue and internal pressure

• Flexible internal channel designs to improve heat transfer efficiency

• Reliable sealing, minimizing leakage risk in demanding environments

Ideal for industries that can’t afford downtime

From EV battery cooling to IGBT modules and data center racks, modern systems often require compact, high-capacity thermal solutions that remain stable over years of use. The FSW Liquid Cold Plate meets this challenge by combining precision engineering with advanced welding technology.

If your next project demands a more reliable and efficient approach to liquid cooling, learn more here:
FSW Liquid Cold Plate