Powered by Google Translate

English Chinese (Simplified) French German Italian Japanese Korean Portuguese Russian Spanish

The conclusion comes from two linked projects at Oak Ridge National Laboratory and the University of Tennessee Knoxville:

One proves printed aluminium can at least equal and sometimes better the thermal conductivity of standard heatsink aluminium.

The second has developed genetic algorithms that make use of the freedom of shape available from 3D printing to design heatsinks that fit in the same space as their conventional cousins but work better.

 

Read More...

Previous Industry News

MG Chemicals offers even more Momentive Performance Materials

Aug 16, 2017
Mg Chemicals is proud to announce the addition of the WSC4029 Weatherstrip coating to its…

What Is RoHS and why Is It Important?

Jun 26, 2017
RoHS (Reduction of Hazardous Substances) is a piece of legislation created by the EU to…

Many more solutions!

Jun 19, 2017
Mr. Roy Moquin, from Willow Beach Ontario wrote to us to let us know how our 4229…

3D-printing revolution impacts on supply chains

Jun 01, 2017
3D-printing revolution impacts on supply chains In this article, Michael Minall, of…

MG Chemicals Shielding and Electrick: Low-Cost Touch Sensing Using Electric Field Tomography

May 11, 2017
Our 838AR - TOTAL GROUND™ CARBON CONDUCTIVE COATING is used in the introduction of…