In the science and technology new materials industry, a company called “YouXing Shark” is rapidly rising, with its excellent technical strength and keen insight into market demand, has become the industry’s potential for high-profile rookies.
Our new product SY-2963 thermally conductive bonding material is regarded as a breakthrough in the application of new energy thermal management system. This two-component modified epoxy thermally conductive bonding material not only has a high thermal conductivity and excellent constructability, but also structural bonding and electrical insulation properties. What is more noteworthy is that it shows lower elastic modulus than the general thermal conductive polyurethane structural bonding material in the market under low temperature environment (-40℃ to 0℃), and it is found that SY-2963 thermally conductive adhesive material achieves the consistency of mechanical viscoelasticity in the ambient temperature condition of new energy automobile (-40℃ to 60℃) through the comparison of Dynamic Thermo-Mechanical Analyzer (DMA) test to ensure that the material is still able to perform under the extreme temperature environment. The material is still able to maintain stable performance in extreme temperature environments, providing an important guarantee for the reliable operation of new energy vehicle batteries.
Thermally conductive bonding material SY-2963 can easily cope with a variety of temperature environments from cold Europe, Russia, North America to hot Southeast Asia, the Middle East, Africa, etc., to provide reliable thermal management solutions for global new energy vehicles.
The emergence of SY-2963 thermally conductive bonding material is to meet the current new energy electric vehicle industry’s urgent need for multi-functional thermally conductive bonding material. Industry insiders say, thermal management is one of the major challenges facing the current new energy electric vehicle industry. With the improvement of battery energy density, the demand for multifunctional thermally conductive bonding materials is growing rapidly. SY-2963 thermally conductive bonding material with its excellent adhesive properties and flexible application methods, can significantly simplify the manufacturing process, improve production efficiency, and become an ideal solution to meet this demand.
Our technical team has demonstrated deep expertise and strong innovation in the product development process. They combined knowledge from multiple fields, including materials science, mechanical engineering and electrical engineering, to ensure that SY-2963 thermally conductive adhesive material achieves a perfect balance of thermal conductivity, bond strength, elasticity and ease of application. This comprehensive interdisciplinary advantage enables the company to efficiently integrate resources, promote technological progress, and stand out in the fierce market competition.
It is reported that SY-2963 thermally conductive bonding material has been successfully applied to a number of new energy electric vehicle battery manufacturers and has been highly recognized by customers. The person in charge said, “We firmly believe that the new thermally conductive bonding material will revolutionize the new energy vehicle industry. Our goal is to help our customers meet the challenges in electrified transportation by providing efficient, reliable and sustainable solutions.” He also emphasized that the company will continue to invest resources in research and development of new materials in order to further advance the industry’s technological progress.