LSR injection molding machine for connector seals

What Are the Uses of LSR in Electric Vehicles?

With so many great benefits of LSR for EVs, it is no surprise that the industry is diversifying the purposes of this material. Explore the various uses of liquid silicone rubber for electric vehicles below: 1. Insulation LSR can play a major role in thermal management for electric vehicles. An electric car’s battery, power electronic systems, and electric motor produce heat during operation. LSR works in a broad range of operating temperatures, but its ability to withstand temperature changes makes it a leading material for these EV systems and components. 2. Battery Performance LSR components can also support better battery performance in a couple of ways. First, LSR can be useful in encapsulating EV batteries to provide a protective barrier from outside factors like moisture and chemical exposure. LSR is also helpful in insulating the bond between individual battery cells and helps the battery pack maintain structural integrity. 3. Vibration Dampening Combined with the excellent thermal properties of LSR, it’s also effective as a vibration dampener in electric vehicles. Engines and other components of electric vehicles produce vibrations, but using LSR can lessen the transmission of those vibrations to other parts of the vehicle. This ensures smooth operation and stability. 4. Sealing A huge advantage of working with LSR is the material’s impressive sealing properties. LSR seals, gaskets, and casings create water-tight barriers that can effectively keep moisture away from sensitive components, like the EV’s battery system. Effective sealing helps promote better battery performance and safety. Trends of LSR for Electric Vehicles Check out some of the key trends of LSR for electric vehicles today: Weight reduction: The auto industry is constantly finding new and innovative ways to improve EV performance by using lighter-weight components that allow for greater range and energy efficiency. Sustainability: Environmental considerations are at the forefront of electric vehicle production. Finding durable, long-lasting materials like LSR that rely less on petroleum resources in their production pose less of a burden on the environment compared to many other polymers that are derived from petroleum thereby reducing the industry’s carbon footprint and meeting sustainability goals. Increased production: As the demand for electric vehicles continues growing, companies in this industry are increasing production to meet demand. Companies that produce LSR parts must supercharge their operations to meet the rising needs of the EV industry. Overall, the electric vehicle industry aims to continue optimizing its cars with more flexible and high-performing LSR components than ever before.