Electric vehicles have increased the number of engineering plastic components used throughout a vehicle. Battery packs, charging systems, power distribution units, connectors, sensors, and electronic control modules all require materials that can maintain dimensional accuracy while performing under heat, electrical load, moisture, and continuous vibration. Selecting the appropriate engineering resin has therefore become an important design decision, making the choice of a reliable PBT granules supplier equally important.

As an authorised distributor of VALOX™ resins, Kapoor Sales Corporation supports EV manufacturers and component suppliers with a comprehensive portfolio of PBT grades developed for demanding electrical and automotive applications.

Engineering Electric Vehicle Components with VALOX™ PBT Choosing the Right Material for High-Voltage Systems.png

Every EV Component Has Different Material Requirements

Material selection in electric vehicles depends on where the component operates and the environment it experiences.

EV Component Material Priority Suitable VALOX™ Family
High-voltage connectors Electrical insulation, High CTI High CTI Resins
Battery management systems Flame retardancy Flame Retardant Resins
Charging equipment Weatherability PBT/ASA Weatherable Blends
Battery housings & structural parts High stiffness Glass-Filled PBT
Cooling & fluid management Hydrolysis resistance Hydrolysis Resistant Resins

This application-based approach helps engineers choose materials according to functional requirements instead of relying on a single resin across multiple components.

VALOX™ Grades for EV Applications

Kapoor Sales Corporation supplies a wide selection of VALOX™ PBT grades that support different EV subsystems.

Glass-Filled Structural Grades

These grades provide increased stiffness and dimensional stability for structural electrical components.

Flame-Retardant Electrical Grades

Designed for electrical assemblies where fire safety and insulation are essential.