Volsun Wins "Outstanding Component Material Award": Driving the Future of the New Energy Industry with Innovative Material Solutions

Against the backdrop of accelerating global energy structure transformation and the wave of intelligent technology, "new energy, intelligence, and low carbonization" have become the core direction of industrial development. From December 4th to 5th, the 8th Global Powertrain & Land, Sea and Air Drive System Conference (EVH2025) was grandly held in Shanghai. This conference brought together leading companies, technical experts, and industry leaders from around the world to focus on the innovative paths and development trends of key drive system technologies.

At this highly anticipated industry event, Volsun, with its continuous technological innovation and mature product solutions in the field of polymer materials, won the "Outstanding Component Material Award" presented by the conference. This honor not only reflects the industry's high recognition of Volsun's material research and development and application capabilities, but also highlights the key role the company plays in helping new energy drive systems evolve towards high performance and high reliability.

Currently, new energy vehicles are rapidly developing towards high voltage, integration, and long range, which places unprecedented stringent requirements on the insulation, thermal conductivity, electrical conductivity, and comprehensive protection of key components. Volsun has always focused on addressing industry pain points through forward-looking research and development, and through continuous breakthroughs in materials science and industrial application, has successfully built a complete material solution system covering multiple needs such as insulation, thermal conductivity, bonding, and electrical corrosion protection. These high-performance materials are currently widely used by mainstream domestic automakers and core three-electric component suppliers, providing a solid guarantee for the safe, stable, and efficient operation of motors, batteries, and electronic control systems, effectively improving overall vehicle performance and service life.