Engineering plastics for advanced electrical & electronic systems

Modern electrical and electronic applications require materials that combine safety, durability, dimensional stability, and high performance. UBE Composites Europe offers a complete portfolio of engineering plastics designed to meet these technical demands across household devices, industrial systems, energy infrastructure, and e-mobility.

The range includes PA6 and PA66 solutions engineered with glass or carbon fibre reinforcement, halogen-free flame retardancy, lubricated versions for lower friction, impact-modified grades, and conductive or antistatic options. These materials provide excellent mechanical strength, electrical insulation, and resistance to wear and moisture, making them suitable for components such as connectors, switches, socket bases, motor parts, and appliance housings.

For applications requiring improved dimensional stability and thermal resistance, PBT compounds offer superior flow, chemical durability, and flame-retardant performance. They are widely used in EV charger housings, lamp holders, compact motors, and high-precision electrical parts.

Additional material families include PC/ABS and PC/PBT blends, which combine toughness, UV resistance, and high surface quality for outdoor devices and structural housings, as well as PP compounds with tailored reinforcement and UV stabilization for lightweight yet durable components. For applications that require transparency, impact resistance, or premium aesthetics, PC-based materials provide clarity and long-term stability. TPU solutions further extend the portfolio with flexibility, hydrolysis resistance, and flame retardancy for e-mobility connectors and protective components.

Fill out the form to download the full document and discover the complete range of engineering plastics designed for next-generation electrical and electronic applications.

In this downloadable, we'll tell you about:

✅ The key engineering plastics used in E&E applications and the performance benefits they provide.

👉 The main industries, components, and technical challenges these materials are designed to solve.