Tenneco's Clevite Elastomers Boosts Electric Auto Innovation
References: globenewswire
Tenneco's Clevite Elastomers division is presenting its advanced noise, vibration, and harshness solutions alongside thermal isolation technologies for electric vehicles at Auto Shanghai 2025. The exhibition highlights the company's expertise in developing specialized components, including hydroelastic bushings, suspension systems, and various isolators specifically engineered to address the unique challenges of EV design.
Clevite Elastomers' solutions focus on improving vehicle performance while meeting strict weight and packaging requirements through innovative material applications like durable plastics and aluminum. With engineering teams located in both China and North America, the brand emphasizes rapid development cycles and collaborative design processes to deliver optimized solutions for automotive manufacturers facing complex noise, vibration, and harshness needs and thermal management challenges in next-generation vehicles.
Automotive engineers and EV manufacturers, in particular, may be interested in Clevite Elastomers' solutions..
Image Credit: Clevite Elastomers
Clevite Elastomers' solutions focus on improving vehicle performance while meeting strict weight and packaging requirements through innovative material applications like durable plastics and aluminum. With engineering teams located in both China and North America, the brand emphasizes rapid development cycles and collaborative design processes to deliver optimized solutions for automotive manufacturers facing complex noise, vibration, and harshness needs and thermal management challenges in next-generation vehicles.
Automotive engineers and EV manufacturers, in particular, may be interested in Clevite Elastomers' solutions..
Image Credit: Clevite Elastomers
Trend Themes
1. Advanced Thermal Isolation Solutions - Innovative thermal isolation technologies offer significant opportunities for enhancing electric vehicle efficiency by addressing heat management challenges.
2. Noise, Vibration, and Harshness Innovations - The development of advanced NVH solutions is transforming the comfort and performance dynamics of electric vehicles by minimizing disruptive cabin disturbances.
3. Lightweight Material Engineering - The use of durable plastics and aluminum in component design is driving the evolution of lightweight automotive solutions that meet stringent efficiency and packaging criteria.
Industry Implications
1. Electric Vehicle Manufacturing - The electric vehicle sector is poised to leverage advanced thermal and NVH solutions to overcome engineering obstacles and improve overall vehicle performance.
2. Automotive Component Engineering - The automotive components industry is witnessing a surge in demand for specialized materials and designs that address the unique needs of next-generation vehicles.
3. Material Technology Development - The push for innovative material applications is opening up new possibilities for the material technology sector to contribute to automotive advancements.
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