In the design and manufacturing process of battery packs, the adhesion performance of battery cells is one of the key factors to ensure battery stability, thermal management, and mechanical strength. Especially in modern electric vehicles (EVs), energy storage systems, and other high-performance devices, efficient heat dissipation, mechanical protection, and safety of battery packs are particularly important. In order to meet these stringent requirements, Elaplus recommends using its SIPA 1865 two-component addition molding silicone gel to provide an efficient and reliable solution for bonding the bottom cells of battery packs.
Customer requirements:
▶ Thermal conductivity: 0.8w/m.k
▶ Drying time: 40-60 minutes
▶ Tensile strength: 0.8-1.2MPa
▶ Viscosity: 30000 to 80000
Recommended products: SIPA 1865
RTV SIPA 1865A/B silicone sealant is a two-component addition molded room temperature cured silicone rubber that can also be heat cured to form a strong and soft high toughness silicone rubber elastomer. Easy to mix and pour during operation, it can cure at any thickness at room temperature, with no by-products evaporating during the curing process and minimal volume change. The cured material has a wide range of temperature resistance, excellent resistance to cold and hot alternation, aging, and electrical insulation, as well as good moisture resistance, earthquake resistance, corona resistance, and leakage resistance. This product does not require the use of other primers and can bond most materials such as metal, plastic, ceramic, and glass. For bonding special materials such as PP and PE, specific primers need to be used. Flame or plasma treatment can also be applied to the surface of the bonded material as needed to improve bonding performance.
Characteristics of adhesive products at the bottom of battery cells
■ Red two-component addition molding
■ 1:1 mixture
Allow for large mixing ratio errors
■ Good adhesion to most substrates without the need for primer
Excellent electrical insulation performance
Maintain elastic properties at a temperature of -45 ℃
Continuous up to 260 ℃, short-term up to 315 ℃
Compliant with ROHS halogen-free REACH certification
Yilian’s SIPA 1865 two-component additive silicone has become an ideal choice for bonding bottom cells in battery packs due to its excellent thermal conductivity, good mechanical strength, high temperature resistance, and electrical insulation properties. Whether in electric vehicles, energy storage systems, or other high-power battery applications, SIPA 1865 can provide long-term and stable bonding solutions for battery packs, ensuring battery performance and safety.
By choosing SIPA 1865, you will enjoy efficient, environmentally friendly, and safe bonding effects, providing strong protection for your battery applications!
Tags: Battery Pack Cell Adhesive · Cell Adhesive
