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Comproloid Cu

A new material with a thermal conductivity more than three times that of copper and a weight less than one-third of copper! It allows for control over the thermal conductivity itself and the direction of heat transfer.

Award-winning product of the 23rd Small and Medium Enterprises Excellent Technology and New Product Award "Excellence Award"! Maintaining the high thermal conductivity of core material high thermal conductivity graphite, its brittleness has been reinforced through a composite with copper plates, allowing for various machining processes. Furthermore, metal coatings such as nickel and gold are also possible, making soldering easier. Additionally, it has a heat resistance of about 650°C in the atmosphere, contributing to solving the traditional issue of high thermal resistance.

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Comproloid 1700W/mk ultra-high thermal conductivity graphite new composite material

Not just heat countermeasures and heat management, but a new composite material with ultra-high thermal conductivity graphite! We will send sample materials to those who are interested!

< 23rd Small and Medium Enterprises Excellent New Technology and New Product Award "Excellence Award" Winning Product > The CompoLloid series is a new composite material for thermal management and thermal countermeasures, developed by ThermoGraphitics (TGC), which utilizes ultra-high thermal conductivity graphite with a thermal conductivity of 1700 W/mk as its core substrate. CompoLloid products include those that bond metal or ceramic to graphite plates (either sandwiching the graphite or bonding it on one side) and those that metallize graphite plates for a plated finish. By leveraging the properties of the composite counterpart materials, it is possible to significantly enhance thermal conductivity. In terms of thermal countermeasures and management, it demonstrates tremendous effectiveness in "heat dissipation, heat diffusion, temperature rise, temperature uniformity, cooling, heat collection, and cooling." Furthermore, it can provide added value such as miniaturization, weight reduction, operational stability, performance improvement, longevity, design appeal, and eco-friendliness to customers' products, thereby enhancing differentiation and competitive advantage, making it a total cost solution product. Since its launch, CompoLloid has achieved prototype results for over 150 customers, particularly receiving support and attention from clients in the automotive, aerospace, medical device, and computer industries, with full-scale mass production scheduled to begin in March 2012.

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