Dual Side Fin Skiving
Dual-Side Fin Skiving is an advanced technology for creating high-performance heat sinks, in which fins are mechanically machined from a single block of material, usually aluminum or copper, on both sides of the base. This process creates a monolithic structure without joints or solder joints, reducing thermal resistance and improving heat conductivity.
The main feature is the high density of thin fins, which significantly increases the heat exchange surface area while maintaining compact dimensions. Double-sided dissipation also allows for more efficient management of high power and improved heat distribution.
These heatsinks are ideal for high-energy density applications such as power electronics, telecommunications, and industrial systems, where reliability, compactness, and high thermal performance are required.
Folding Fin Heat Sinks
Folding fin heat sinks are primarily designed to fold multiple thin fins onto a metal surface, creating a structure resembling a folding fan. These heat sinks utilize the principles of natural convection and thermal conduction to transfer heat from the heat source to the heat sink surface.
Heat is transferred from the surface of the device to the base of the heatsink and then rapidly dissipated into the air through the fins. Airflow between the fins significantly increases the heatsink's surface area, thus improving thermal dissipation performance.
As a leading custom heatsink manufacturer, we offer a wide range of heatsink types, including aluminum heatsinks, which are particularly effective for applications requiring efficient thermal management.
Whether you need a custom heatsink for a specific application or a standard solution, our team can provide high-quality products, custom-designed to meet your cooling needs.