Copper Zipper Fin And Plate Radiator With Heat Pipe

 
Product Introduction
 

Copper zipper fins are stamped from copper sheets, and are formed into a shape. The sheets interlock with each other and the resulting fin assembly is then wave soldered/bonded to a metal base to form a finished zipper fin stack. As copper is an excellent conductor of heat, so the copper fins can spread the heat very quickly and dissipate to air, it's designed for high power electronics and electric devices. Sinda Thermal pre-tooled zipper fin heat sinks are the right choice because they were designed with high aspect ratio fin profiles, enabling taller, thinner and more densely packed fins for increased surface area and improved cooling performance.

Heat Pipes are fully sealed, passive two-phase heat transfer devices that take advantage of a fluid’s high heat of vaporization, to achieve extremely efficient heat transfer. A heat pipe is comprised of an envelope, a wick structure, and a small amount of working fluid.The fluid is processed under vacuum, which allows for two-phase operation across a wide temperature range, during operation. Heat is input into what is known as “the evaporator”. The heat boils the fluid and pushes the fluid vapor to the colder region of the heat pipe. The colder region, which is typically coupled to a heat sink, is known as “the Condenser”. The fluid gives up its latent heat and condenses back to a liquid, and is again absorbed in the wick structure. The wick structure then passively pumps the fluid back to the evaporator.

Product specifications

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