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COMPOUNDS | THERMALLY CONDUCTIVE


system. German thermoplastic elastomer company Kraiburg TPE has launched a range of thermally conductive TPEs for use in these applications where, along with demands for a high power density with the same installation space size and minimal charging times, durability is also a factor. An intelligently designed thermal management system, which ensures that high temperatures generated in the battery during charging are dissipated quickly and continuously, is an essential prerequisite. The company says its new TPEs provide significantly higher functional and spatial stability when assembling the module, while other features worth emphasising are the high-quality, evenly ‘dry’ surface, and the absence of PVC or silicones.


TPE-PA combination “Apart from securing optimal heat transfer, our customers also benefit from the application advantages of thermoplastic injection moulding,” said Annika Alke, member of the Development Team at Kraiburg TPE. “Especially when large quantities are required, the two-component hard/ soft composite components made of TPE and PA can play to their strengths.”


Kraiburg TPE has collaborated with Lehvoss


Group to advance the ability to determine the overall performance of the new TPEs in different applications by checking and logging relevant properties and performance parameters. The newly-developed TPEs were combined with thermally conductive and adhesion-optimised PA compounds from Lehvoss with the aim of determining the adhesion properties of various combinations while working out the optimal processing parameters to launch an efficient solution. The results confirmed the suitability of the new materials, particularly for applications in multi-component composites.


CLICK ON THE LINKS FOR MORE INFORMATION: � www.mocom.euwww.lati.com � www.eurotec-ep.com � www.sabic.com � www.lubrizol.com � www.celanese.com � www.envalior.com � www.kraiburg-tpe.com � www.lehvoss.de


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