sudarshanresins.com

Protect EV Components

Electric Vehicle Resin

Electric vehicles demand materials that deliver performance, protection, and safety in some of the most challenging operating conditions. Sudarshan Resins’ EV-grade resin systems are engineered to safeguard critical components — from battery packs to motors — while enhancing thermal management, electrical insulation, and structural strength.

Sudarshan Resins’ EV resin solutions protect critical battery, motor, and electronic components with superior thermal management, electrical insulation, and mechanical strength. Our epoxy, PU, and silicone systems enhance reliability, extend component life, and support safer, more efficient electric mobility.

Product Discription

Our advanced formulations, available in epoxy, polyurethane, and silicone chemistries, ensure heat dissipation, shock absorption, and vibration control, enabling longer component life and reliable EV performance. Designed with sustainability and compliance in mind, these resins support lightweight vehicle design, improve energy efficiency, and reduce failure rates in the field.

From battery encapsulation to power electronics protection, our solutions deliver a perfect balance of thermal conductivity, electrical insulation, mechanical stability, and reworkability — meeting the high standards of modern e-mobility.

Applications
  • Battery Packs: Potting and encapsulation for heat management, insulation, and impact protection of cells and modules.

  • Electric Motors: Stator encapsulation for moisture protection, noise reduction, and efficient heat dissipation.

  • Power Electronics: Inverter, converter, and controller protection ensuring reliability under high-voltage, high-temperature conditions.

  • Structural Bonding: High-strength adhesives for lightweight yet robust vehicle assembly.

  • Charging Systems: Durable, electrically safe resins for connectors, housings, and charging infrastructure.

Product Features

High Thermal Conductivity
Excellent Electrical Insulation
Vibration & Shock Resistance