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materials | Thermally conductive compounds


Thermal scans showing heat dissipation provided by DSM Arnite XL-T (right) in a fog light housing at 170°C. White indicates a high temperature


Source: DSM


used in car interior ventilation systems. Lanxess says the compound replaces a polyamide with a glass fibre/ mineral mix in this application. Thermally conductive engineering polymers have been an important segment in the DSM polymer portfolio for many years. The company says proven standard materials include Stanyl PA46 and Arnite PET, two plastics that have already been successfully used to cope with hot spots in lighting applications and electric motors. The company says it has materials in its


portfolio with thermal conductivities up to 15 W/m.K. “Essential factors are a stable polymer base and an


effective design of the conductive molecular structure with regard to both, filler and compounding,” DSM says. “Then again, the isolation of coils in electric motors requires plastics that combine a certain thermal resistance with very low viscosity.” Polycarbonate producer Covestro says it is fuelling


further expansion of LED lighting technology with tailored material solutions, including a design for heat sinks that


Global BOPET Films August 2016


A new report from AMI Consulting to assist industry participants in anticipating change, formulating response strategies, directing R&D investment & exploiting business opportunities


http://www.amiplastics.com/cons/prod.aspx?catalog=Consulting&product=M213


l Assesses supply /demand dynamics l Quantifies the size of the market opportunity l Identifies main growth drivers & industry challenges l Extensive segmentation by end use application l Detailed assessment of 8 key geographic regions l Data for 2016, 2015, 2010, 2005 & forecast to 2020 l Analyses the industry structure & changes thereto l Detailed profiles of the leading BOPET film manufacturers


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