60W Copper Pipe For Heating And Cooling

Material: Cu 1020

Size:164*68*6mm

Technology: Pipes bending

Feature: Good cooling capability and usable

Surface treatment: Nickle plated

Heat conducting power: 60W

All electronic components, from microprocessors to high end power converters, generate  heat and rejection of this heat is necessary for their optimum and reliable operation. As  electronic design allows higher throughput in smaller packages, dissipating the heat load  becomes a critical design factor. Many of today's electronic devices require cooling  beyond the capability of standard metallic heat sinks. The heat pipe is meeting this need  and is rapidly becoming a main stream thermal management tool. Heat pipes have been commercially available since the mid 1960's. Only in the past few years, however, has the electronics industry embraced heat pipes as reliable, cost effective solutions for high end cooling applications. So now here what we explain basic heat pipe operation, review key heat pipe design issues, and to discuss current heat pipe electronic cooling applications. A heat pipe is essentially a passive heat transfer device with an extremely high effective thermal conductivity. The two-phase heat transfer mechanism results in heat transfe

capabilities from one hundred to several thousand times that of an equivalent piece of  copper.

Our manufacturing facility features comprehensive air-cooled equipment including 10 low-temperature solder reflow ovens, 5 baking ovens, 20 automatic solder dispensing units, 3 automatic solder brushing machines, 50 torque-controlled electric screwdrivers, CCD inspection equipment, fully automatic optical module testing systems, multi-station thermal performance testing equipment, and flatness optical testing instruments.

We maintain rigorous quality standards with advanced testing equipment including Coordinate Measuring Machines, projector instruments, water high pressure testing machines, thermal resistance testing systems, and liquid leakage testing equipment.