Skived Heat Sink

Skived heat sinks are crafted through a precise machining process that involves shaving metal sheets into thin, high-density fins. This manufacturing technique allows for greater flexibility in design, enabling us to create intricate fin patterns and geometries that optimize heat dissipation in even the most challenging applications.

Skived fin heat sinks are a powerful solution for efficient heat dissipation in air-cooled environments. Here’s how they work:

Precision Cutting: Thin metal fins are meticulously carved from a solid block at an optimal angle. This creates a dense network of fins that maximize surface area for heat exchange.
Consistent Performance: The repetitive cutting process ensures uniform fin spacing and structure, leading to reliable and predictable cooling performance.
Enhanced Efficiency: Compared to stitched fin heat sinks, skived fins offer an 8-15% improvement in cooling capacity, keeping your high-power devices operating optimally.

Ideal for demanding applications:

Skived fin heat sinks are perfect for a wide range of applications requiring superior heat dissipation in air-cooled environments, such as:

Electronics: Power supplies, servers, and high-performance computing systems.
Power Conversion: UPS systems, inverters, and motor drives.
Renewable Energy: Wind power converters and solar inverters.

PROCESS PARAMETERS

Base Thickness	Fin Length	Fin height	Fin thickness	Fin Gap	Product Length
1 – 30 mm	400	100 mm	0.8 – 1.6 mm	0.2 – 6.5 mm	3000 – 10000 mm

	Length	Width	Height	Fin Thickness	Pitch
Maximum	1000 mm	400 mm	100 mm	1.2 mm	3.10 mm
Minimum	100 mm	100 mm	100 mm	0.2 mm	3.10 mm

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Skived Heat Sink

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