Heat Pipe Heat Sink Module

Introduction：
Model: Heat Pipe Heat Sink
Material: aluminum fin AL1100 + heat pipe CU1020 + aluminum base AL6063 + Copper block CU1020
Finish: aluminum fin and aluminum base nickel plated, heat pipe and copper block anti-oxidation
Delivery time: sample 2 weeks, production 3-4 weeks
Pioneer Thermal’s custom heat pipe heat sink include active and passive cooling solutions.

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PRODUCTS

DETAILS

Pioneer Thermal

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.

Technical Parameters

Place of Origin:	Dongguan, China (Mainland)	OEM:	Yes
Process:	Soldering	Temper:	T3-T8
Material:	Heat sink+ heat pipe	Shape:	Customize
Packing:	Carton with plywood pallet	Brand Name:	PIONEER THERMAL
Application:	Server, power supply	Certificate:	ISO 9001:2015,ISO 14001:2015, TS16949
Model Number:	PT033	Tolerance:	0.01 mm
Finish:	Chemical nickel plating	Quality control:	100% on-line thermal test
Extra process:	Stamping+CNC Machining	Size:	19018070mm

Product Introduction

Cpu Cooler Heat Sink With Heat Pipe

The heat pipe heat sink is composed of sealing tube, suction core and steam channel.The suction core is surrounded on the wall of the sealed tube and impregnated with saturated volatile liquid.The liquid can be distilled water, ammonia, methanol or acetone.The heat pipe heat sink filled with liquid such as ammonia, methanol and acetone still has good heat dissipation ability at low temperature.

The zipper fin, made of stamping material aluminum, and folded into a shape with interlocking slots.The zipper fin can transfer high thermal energy and has more than 3000 different configurations. Larger surface area, more flexible design and more stable structure than extruded fins, allowing very high fin density and length-width ratio, thus increasing surface area and better cooling. Zipper fins also increase design flexibility, especially for pipes that integrate heat pipes, fans, or blowers.

Workshop

Design Flowchart