German chemical company Henkel has introduced two new coatings designed to protect battery housings from heat and fire in case of a thermal runaway event. The company says, “When applied to battery packs, the coatings help to inhibit and delay the spread of fires to protect the passengers as they evacuate the vehicle.” Loctite EA… Read more »
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Henkel’s new thermal materials and sealants for EV chargers
German chemical company Henkel offers a range of materials designed to increase the reliability, safety and cost-effectiveness of EV chargers. According to Henkel, its Bergquist phase change, GAP PAD and gap filler thermal interface materials provide effective heat dissipation and support reliable operation in the power modules of EV chargers. The company’s sealants and Sonderhoff… Read more »
Henkel introduces liquid gap filler for automotive and power conversion electronics
Henkel has announced the debut of its latest thermal interface material (TIM), Bergquist Gap Filler TGF 7000. The liquid TIM combines high thermal conductivity of 7.0 W/mK with a dispensing speed of 18 grams per second. The material is designed for applications such as advanced driver-assistance systems (ADAS), power conversion systems, electric pumps and electronic… Read more »
Henkel and Covestro develop adhesive solutions for efficient Li-ion cell assembly
With the aim of lowering the cost of battery manufacturing, Henkel and Covestro have developed a joint solution that enables the efficient fixation of cylindrical Li-ion battery cells inside a plastic cell holder. The design is based on a UV-curing adhesive from Henkel and a UV-transparent polycarbonate blend from Covestro. Henkel’s Loctite AA 3963 battery… Read more »
Henkel’s new silicone-free gap filler is designed specifically for EVs
Chemical company Henkel has identified several major challenges faced by battery manufacturers, including: cost efficiency and high-speed cell assembly; reliable thermal management for safety and UL94 flammability standards; and serviceability of battery packs. Henkel’s battery assembly adhesives and thermal interface materials (thermal adhesives and thermal gap fillers) are designed to address these challenges. Henkel produces… Read more »
Henkel to invest heavily in e-drive manufacturing tech
Engine and powertrain specialist Henkel aims to solidify its e-mobility commitment by investing in several new EV-oriented manufacturing processes. Henkel has chosen to focus on developing several adhesive and liquid gasketing materials as well as PCB technologies, part cleaners and lubricants. Here’s the breakdown: Liquid gasketing: Henkel offers a wide range of different gasketing technologies. Recent… Read more »
Controlling thermal conditions for DC fast charging reliability (application challenges)
Sponsored by Henkel Market Situation Consumers are embracing EVs as a proactive investment in environmental responsibility and CO2 emission reduction. Though EV sales are on the rise, significant infrastructure hurdles remain. While single-phase charging is readily available, continued EV sales growth and consumer confidence (driven by convenience and reliability) will require broad access to fast… Read more »
Safe Battery Systems: Innovative Materials As A Key Factor For Battery Systems
Passenger safety is key to the mass adoption of EVs. Therefore, high demands are placed on the battery system today and in the future. Materials, for example for Thermal Propagation Prevention, are unavoidable. The short-term goal here is to maximise the evacuation time of the vehicle occupants in the event of a battery fire. The… Read more »
Trends And Challenges On The Road To EV Charging Infrastructure Implementation
Leading technologists from academia, industry and materials development will share their insight and experience about the development realities and opportunities for fast and ultra-fast EV charging technology. The webinar will span many topics, including: Technical Solutions Enabling Fast and Ultra-Fast Charging Systems– Transition to silicon-carbide power electronics– Liquid-cooled charging cables– Modularity in low-voltage and high-voltage… Read more »
Top 5 considerations for designing an optimized battery venting solution (Webinar)
As battery pack designs rapidly evolve, it is essential that venting solutions also progress to meet application needs. Battery vents must be able to handle a variety of environments from normal operating conditions to extreme edge cases. Proper venting is essential to support battery pack functionality through pressure equalization and emergency degassing. Join this presentation… Read more »