How can electric and hybrid vehicles achieve optimal thermal management and long-term reliability in high power electronics?
✨ Market Trends: As EV and HEV adoption accelerates, automotive electronics including ADAS, ECUs, converters, inverters, and onboard chargers require materials with high thermal conductivity, controlled volatility, and mechanical resilience. Efficient heat dissipation and stress mitigation are essential for performance and regulatory compliance.
✨ Applications: Dowsil TC 2035 CV Adhesive, Dowsil TC 4551 CV Gap Filler, and Dowsil TC 4060 GB250 Thermal Gel are designed for use in automotive power electronics, ECUs, ADAS units, and battery pack electronics. These materials enable precise dispensing, potting, and encapsulation of sensitive components.
✨ Highlights: These silicone products combine high thermal conductivity (up to 6 W/m·K for TC 4060 GB250), stress relief, shock damping, fast cure, long room temperature shelf life, and controlled volatility. They prevent electrical contact failure from volatile evaporation and support compliance with environmental regulations.
✨ Product Advantage: By integrating efficient heat dissipation, mechanical protection, and processing ease, Dow’s silicones enhance the performance, reliability, and longevity of high power automotive electronics in electric and hybrid vehicles.
