Manufacturing Process

1. Precision CNC machining aluminum base

2. Inspect the flatness, tolerance, hole positions and post positions of aluminum base, make sure they are all in specification.

3. Heat pipe manufacturing and bending

4. Soldering aluminum base and heat pipe

5. CNC machining surface to reach overall flatness requirement

6. 100% on-line thermal test

7. Inspection, pack and ship.

Product Introduction

Heat pipes are capable of quickly increasing the application area of self cooling. Since a heat pipe self-cooling system does not need any fan, it generates no noise and it doesn’t require maintenance so it’s safe and reliable. Heat pipe air cooling or self cooling can even replace water cooling systems so as to reserve water resources and the investment on relevant auxiliary equipment. Moreover, the heat pipe cooling approach allows the heat-dissipating devices to be concentrated and even sealed. This allows the cooling parts to be relocated to the exterior or in the distance so as to enhance the safety, reliability, and application range of electronic equipment and realize the dust-proof, damp-proof, and explosion-proof requirements.

Workshop

As a heat sink manufacturer in China, Pioneer Thermal is certified with ISO9001, ISO14001 and TS16949, and has more than 18 years experience in CNC machining, cold forging heatsinks, cold plate heatsinks, die casting heatsinks, extrusion heatsinks, heatpipe assemblies, skived fin heatsinks, stacked fin heatsinks, folded fin heatsinks etc., Pioneer Thermal has own R&D team who can design and run simulation for you if you require design service, or assist your design team to improve the part feasibility from the manufacture point of view (design refine/process optimize/cost reasonable). If you need any heat sink service, please contact Pioneer Thermal.

Design Flowchart

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