Extended Lifespan
Shield against thermal degradation & environmental damage
E-mobility capacitors face extreme operational stresses—thermal cycling, vibration, moisture, and electrical loads—that threaten performance and lifespan. Our thermally conductive epoxy and polyurethane potting compounds provide the critical protection your components need.
Extended Lifespan
Shield against thermal degradation & environmental damage
Superior Heat Dissipation
High thermal conductivity prevents overheating
Mechanical Protection
Resist shock, vibration, and physical stress
Chemical & Moisture Resistance
Withstand harsh operating conditions
Electrical Stability
Maintain consistent dielectric performance
Every electric vehicle demands capacitors that can withstand extreme conditions—high temperatures, constant vibration, and exposure to moisture and chemicals. Our custom capacitor potting solutions are engineered to meet these challenges, ensuring optimal performance, extended lifespan, and unmatched reliability in e-mobility applications.
By encapsulating your capacitors with our thermally conductive epoxy or polyurethane compounds, you gain:
Tailored Protection
Custom formulations to match your capacitor’s electrical and thermal requirements
Superior Heat Dissipation
Prevents overheating and maintains efficiency
Vibration & Shock Resistance
Critical for EVs navigating rough terrain
Long-Term Durability
Resists moisture, chemicals, and thermal cycling
Whether you need high-voltage DC-link capacitors, filtering modules, or energy storage components, our advanced potting solutions ensure your capacitors perform flawlessly—now and over the long haul. Let’s engineer the perfect protection for your design.