Peters has added a casting compound known as ELPECAST VU 4545/101 to its product portfolio that is characterised by particularly high thermal conductivity. ‘At 1.7 W/mK, the thermal conductivity value is by far higher than standard,’ says Christoph Münz, a graduate chemist at the Kempen-based ink manufacturer. This high thermal conductivity makes it an ideal choice for applications where efficient heat dissipation is crucial – such as in electronics and sensor technology as well as in lighting electronics. This way, industrial customers can rely on the two-component casting compound. On the one hand, the synthetic resin product provides reliable electrical insulation; on the other, the heat generated in the component is quickly dissipated, thus extending the service life. The maximum temperature of the component can be significantly reduced by a thermally conductive encapsulation,’ explains Christoph Münz.
What makes VU 4545/101 casting compound so special is its excellent processability and the comparatively low flowability. This not only facilitates application, but also enables a precise and efficient potting procedure. Another important aspect is its best flame class V-0 according to UL 94, which ensures maximum fire safety. ‘The casting compound offers a sensible and cost-effective alternative to silicone products,’ reports Christoph Münz, who has been with Peters since 2007 and currently works in the R&D department at Peters Research.
