Intermark offers thermal interface materials (silicone based, silicone free, EMC and Thermal management dual function types), heat spreader sheets, thin thermal tape, and other solutions to improve the heat management of any application including LED Lighting, laptops, routers, cell phones, medical equipment, solar, and automotive components. Intermark’s line of products for … [Read more...]
Carbon-Based Passive Thermal Management Material
Applied Nanotech’s new passive thermal management material, CarbAl™, is a carbon-based material with a unique combination of low density, high thermal diffusivity, and low coefficient of thermal expansion. CarbAl™ has a density of 1.75 g/cm3 compared to 2.7 g/cm3 for aluminum and 8.9 g/cm3 for copper. While copper has a slightly higher thermal conductivity than CarbAl™, 390 … [Read more...]
Graphene as a Thermal Conductor
A joint U.S.-Chinese research team has demonstrated that the thermal properties of isotopically engineered graphene are superior to those of natural graphene. The demonstration could potentially strengthen the possibility of using graphene to manage heat dissipation. “The important finding is the possibility of a strong enhancement of thermal conduction properties of … [Read more...]
Company Launches YouTube Channel for Engineers
Today Fujipoly America announced the launch of a YouTube channel that will provide engineers with 24/7 access to useful technical information on Thermal Interface Materials and Elastomeric Connectors. The company’s first video post includes a demonstration on how to properly select a thermal gap filler material for your specific application. Learn more from Fujipoly. … [Read more...]
New Graphene Material Conducts Heat Faster than Silicon
A new graphene material capable of conducting heat 20 times faster than silicon could make the next generation of electronic devices quieter and longer-lasting. The experimental graphene made by U.S. and Chinese researchers has also proven 60 percent more effective at transferring heat than typical graphene — a carbon sheet just one atom thick. Efficient heat removal would … [Read more...]
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