The transition toward sustainable mobility is driving the need for materials that can meet increasingly demanding technical and sustainable requirements. Automotive components must perform reliably under thermal, mechanical, and chemical stress while contributing to efficiency, safety, and reduced emissions. In this context, material selection and design play a key role in enabling next-generation mobility solutions.
UBE addresses these challenges through advanced compounding technologies that tailor the physical, thermal, electrical, and mechanical properties of polymers. By combining base polymers with additives, fillers, and reinforcements, materials can be precisely adapted to specific application needs. This approach allows product engineers to optimize performance across a wide range of automotive systems.
The UBE portfolio includes PA, PBT, PP and PC/ABS compounds, available in customized grades for different processing technologies such as injection moulding, extrusion, or blow moulding. These materials are designed to deliver key properties such as hydrolysis resistance, thermal stability, flame retardancy,and mechanical strength.
Applications span multiple critical areas in modern vehicles like:
- Hydrogen Storage: In hydrogen tank liners, polyamide based compounds help prevent gas permeation while maintaining mechanical performance under pressure and temperature variations.
- In thermal management systems, UBE offers compounds with enhanced hydrolysis resistance that ensure long-term efficiency in coolant lines.
- Fuel handling, UBE proprietary multilayer tube structures combining different polymers provide barrier performance, chemical resistance and durability ensuring this a safe and reliable fuel supply.
- Electrical and structural components also benefit from compounds that combine insulation performance, flame resistance, and lightweight design. Reinforced polyamides, for example, enable high mechanical and thermal performance in engine and battery-related parts while supporting design flexibility.
This combination of tailored material design, application-specific performance, and processing versatility enables manufacturers to address the evolving demands of the mobility industry. By integrating advanced polymer compounds into key systems, it is possible to improve durability, efficiency, and safety while supporting the transition toward more sustainable transportation.
Download the technical document to explore UBE’s solutions for mobility applications.
