Factory Supplies Sintered Copper Heat Pipe

Our philosophy is to serve our customers, not only to provide the high quality Anodized Heatsink, Vapor Chamber Heat Sink, Cooling Plate Heat Sinks they need, but also the attentive service they require. We adhere to people-oriented, employee interests first, investor interests second, that talent is the company's most valuable property. We believe that companies should think about the impact of their activities on society from a long-term perspective. We aim at product diversification, price rationalization and internationalization of sales.

Vapor chambers (VC heat sink) offer superior thermal spreading performance over traditional solid metal heat spreaders by taking advantage of two-phase liquid/vapor transport. Their lower weight and height over traditional solutions couples with their high thermal conductivity to give extremely low thermal resistance in-plane as well as through the thickness of the vapor chamber. Vapor Chambers (VC heat sink) are best suited for components with high heat densities (larger TDP in small chip sizes) which need to spread their heat to a larger area heat exchanger to achieve safe operating temperatures, thereby providing extended life and reliability for components and applied products.

Vapor chamber features

Ø Heat spreading effect of vapor chamber is better than copper block when transferring high heat load through small distance path.

Ø Sintering Cu powder can have flexibility in different heat sink design. Wick structure have to be optimized for the different heat flux input and multi heat sources.

Ø Diffusion Bonding can get vapor chamber more reliable due to better joint.

Ø The process of tube type vapor chamber, thin vapor chamber and traditional vapor chamber can be integrated.

Traditional vapor chamber

Container: OFHC Cu

Wick type: Sintering Cu Powder

Working fluid: Pure water

Supported pillar: Cu pillar coated sintering powder

Thickness: ≥2.5mm

Base component test ------ water cooling

Test setup:

Intel Gainestown TTV

Power Input 80W @ 1.0L/min (water flow rate)

Thermal performance 50% improvement for the vapor chamber component

Heat sink Assembly Test ---- Wind Tunnel

Test setup:

Intel Gainestown TTV

Power Input 80W @ 7 CFM (air flow rate)

Thermal performance 32% improvement for heat sink assembly

Tube type vapor chamber

Container: OFHC Cu

Wick type: Sintering Cu Powder

Working fluid: Pure water

Supported pillar: Sintering powder Column

Thickness: 2.5~5.0mm

Tube type heat sink assembly test

Vapor chamber process

Reliability: Awind Reliability criteria

Over the past years, we have devoted our wisdom to the exploration and truth-seeking in the field. We have highlighted the practical value of applied science and we effectively improved the Factory Supplies Sintered Copper Heat Pipe quality. We implement group operations, optimize corporate management and achieve growth in industrial output. We insist on gaining trust from the society and promoting the good morality of the society.