Experts Analyze New Trends in Battery Thermal Management
Global leader in adhesives and material solutions, H.B. Fuller, has announced that it will present innovative battery thermal management technologies during the Virtual Conference on EV Engineering, held from September 14 to 17, 2026. The company’s technical experts, Mekiyah Bailey and Jeremy Chang, will lead the session, delving into the applications of advanced adhesives, gap fillers, and protective coatings in battery design. They will explain how these materials help engineers effectively control battery temperature, enhance overall performance, and improve safety.
As the electric vehicle market expands rapidly, battery thermal management technology has become a focal point for the industry. Traditional thermal management systems primarily rely on external mechanisms such as liquid or air cooling. However, as battery energy density continues to rise, the heat dissipation and structural support functions of internal materials are becoming increasingly critical. H.B. Fuller’s high-performance adhesives and gap fillers not only secure battery modules but also fill component gaps, creating uniform thermal conduction pathways that effectively reduce the risk of localized overheating.
Material Properties and Industry Application Prospects
Bailey and Chang noted that these advanced materials possess high thermal conductivity and low thermal resistance, enabling them to rapidly transfer heat generated by the battery to heat sinks or casings, preventing thermal runaway. Additionally, protective coatings provide multiple functions, including moisture resistance, corrosion prevention, and electrical insulation, further extending battery lifespan. H.B. Fuller emphasized that these materials are not only applicable in the electric vehicle sector but also demonstrate broad potential in energy storage systems and consumer electronics.
While H.B. Fuller has not disclosed specific performance data, such as the extent to which these materials can reduce temperature or improve energy efficiency, industry experts widely believe that material innovation will be a key development direction for future battery thermal management technologies. Although large-scale application cases have yet to emerge, several battery manufacturers have already begun evaluating the feasibility of these new materials.
Webinar Content and Industry Impact
The Virtual Conference on EV Engineering, organized by a professional media outlet, will cover topics including battery systems, powertrain systems, and testing technologies. H.B. Fuller’s session is designed for battery engineers, materials scientists, and industry decision-makers, featuring foundational knowledge and real-world application case studies. Chang stated that material selection directly impacts battery safety and reliability, particularly under extreme temperatures or fast-charging conditions, where material stability becomes even more crucial.
During the webinar, H.B. Fuller plans to showcase multiple application scenarios, such as how gap fillers optimize thermal conduction pathways in battery modules and the durability of adhesives in high-vibration environments. While the company has not revealed specific client names or production scales, industry analysts suggest that while material innovation is important, achieving a balance between cost and performance will be the key factor determining market acceptance.
The webinar will offer live online streaming and on-demand viewing, with free registration available. H.B. Fuller stated that it will continue to invest in the research and development of battery thermal management materials and collaborate with battery manufacturers to promote safer and more efficient electric vehicle technologies. As the demand for high-performance batteries in the electric vehicle industry grows, material technology innovation will play an increasingly vital role in battery thermal management.
