COOLMAG

CoolMag™ 29 is a thermally conductive composite PDMS based elastomeric compound of encapsulant two component system, designed for Power Electronics in general and for Automotive, especially in Electrified Vehicles with multiple functionalities: Heat Transfer, reduction of hot spots and minimizing average temperature of systems Electric Isolation Mechanical protection Flame and fire protection (Retardant and Extinction)

CoolMag™ 29 LV is a thermally conductive composite PDMS based elastomeric compound of encapsulant two component system, designed for Power Electronics in general and for Automotive, especially in Electrified Vehicles with multiple functionalities:Heat Transfer, reduction of hot spots and minimizing average temperature of systemsElectric IsolationMechanical protectionFlame and fire protection (Retardant and Extinction)

CoolMag™ 32 is a thermally conductive composite PDMS based elastomeric compound of encapsulant two component system, designed for Power Electronics in general and for Automotive, especially in Electrified Vehicles with multiple functionalities: Heat Transfer, reduction of hot spots and minimizing average temperature of systems Electric Isolation Mechanical protection Flame and fire protection (Retardant and Extinction)

CoolMag™ PU 10 is a thermally conductive composite PDMS based elastomeric compound of encapsulant two component system, designed for Power Electronics in general and for Automotive, especially in Electrified Vehicles with multiple functionalities: Heat Transfer, reduction of hot spots and minimizing average temperature of systems Electric Isolation Mechanical protection Flame and fire protection (Retardant and Extinction)

CoolMag™ SA 30 is a thermally conductive composite PDMS based elastomeric compound of encapsulant two component system, designed for Power Electronics in general and for Automotive, especially in Electrified Vehicles. It provides the highest’s conductivity product in our portfolio (3W/mK), designed to fit the highest thermal performance applications. It has all properties of RT PDMS Xylene compounds with x7 higher thermal conductivity and x10 thermal diffusivity than silicones, making allowing high heat transfer at low temperature with fast stabilization of temperatures thus minimizing hot spots in transients.