Company strengthens global engineering plastics business with expanded production, advanced R&D, and sustainable material innovations targeting electric vehicles and high-performance electronics.
Mitsubishi Chemical Group is expanding its engineering plastics business to meet growing global demand from the electric vehicle (EV), electronics, and industrial manufacturing sectors. The company is strengthening production capabilities, enhancing research and development, and broadening its portfolio of high-performance polymer materials to support next-generation applications.
The expansion focuses on advanced engineering resins, including polycarbonate (PC) and polybutylene terephthalate (PBT), which are widely used in EV battery systems, automotive components, electronic devices, and industrial equipment. These materials offer high strength, heat resistance, dimensional stability, and lightweight performance, making them increasingly important in modern manufacturing.
As part of its growth strategy, Mitsubishi Chemical has reinforced its engineering plastics operations by integrating key product lines and expanding its technical development capabilities. The company has also established dedicated R&D resources to accelerate material innovation and provide faster technical support to customers worldwide.
Sustainability remains a key pillar of the expansion. Mitsubishi Chemical continues to develop bio-based and chemically recycled engineering plastics, enabling manufacturers to reduce dependence on virgin fossil-based raw materials while maintaining the performance required for demanding applications. The company is also advancing chemical recycling technologies to recover valuable polymers from post-consumer plastic waste and reintroduce them into new products.
The company is seeing increasing demand from the automotive industry as manufacturers adopt lightweight polymer components to improve vehicle efficiency and extend EV driving range. Engineering plastics are also gaining traction in advanced electronics, where they provide electrical insulation, flame resistance, durability, and design flexibility.
By expanding its engineering plastics business and investing in sustainable materials innovation, Mitsubishi Chemical aims to strengthen its global market position while supporting the transition toward electrification, resource efficiency, and a circular plastics economy.