Custom Aluminum Cold Forged Heatsinks

Manufacturing via the cold forging process. The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance. Cold forging process allows for the use of highly conductive aluminum and copper alloys. LEDs are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments. Fin can be round, square, blade and ellipse fin.

Anodized Aluminum Round Fin Cold Forged Heat Sinks

Custom Aluminum Round Fin Cold Forged Heatsinks for LED heatsink is an integrated structure, By cold forge, we insert the material of aluminum alloy into the tooling by high pressure, through this process, we can produce heat sink with accurate dimension, strong surface and reliable structure. And the fin could be made higher, so that the area of thermal dissipation is expanded. One of the classic applications is in the field of LED.

Copper Pin Fin Heat Sink for Led Heatsink

Cold forging is a highly precise manufacturing process in which the workpiece is formed under high pressure and low temperature. The process ensures that no air bubbles, porosity or other impurities are trapped in the material, and thus produces products with exceptionally high quality.

Custom Pin Fin Heat Sink for Led Heatsink

Cold forging is a manufacturing process in which the aluminum or copper heat sink is formed by using localized compressed forces. Fin arrays are formed by forcing raw material into a molding die by a punch. The process ensures that no air bubbles, porosity or any other impurities are trapped within the material and thus produces exceptionally high quality products.

Aluminum Pin Fin Cold Forged Heat Sinks for LED

Cold forging is a manufacturing process in which the aluminum or copper heat sink is formed by using localized compressed forces. Fin arrays are formed by forcing raw material into a molding die by a punch. The process ensures that no air bubbles, porosity or any other impurities are trapped within the material and thus produces exceptionally high quality products.