Solid silicone rubber, with its excellent physical and chemical properties and biocompatibility, has demonstrated irreplaceable application value in multiple fields and has become an indispensable key material in modern industry, healthcare, construction, and daily life. In the industrial field, it is widely used in core scenarios such as automobile manufacturing, aerospace, and electronic appliances. For example, in new energy vehicles, solid silicone rubber as a battery pack seal can achieve IP67 protection and flame retardant V-0 requirements.
Its high temperature resistance (-60 β to 200 β), high pressure resistance (withstand voltage above 300V), and corrosion resistance can ensure the long-term safe operation of the battery system; Thermal pads extend battery life through efficient heat conduction.
Solid silicone rubber also plays an important role in both architecture and daily life scenarios. In the field of architecture, it serves as a sealing material for glass curtain walls, insulated glass, roof seals, and door and window seals. With its weather resistance, aging resistance, and hydrophobicity, it effectively achieves waterproof, dustproof, and shock-absorbing functions; In the joint sealing of prefabricated buildings, its stability performance ensures the overall sealing of the building. In daily life, from silicone shovels and baking molds in the kitchen, to pacifiers and dental sealants for mother and baby products, to waterproof sealing rings and anti-collision strips for outdoor products, as well as keyboard keys and sealing gaskets for electronic products, silicone has become the preferred material for safety and environmental protection due to its high temperature resistance, non toxicity, softness and easy cleaning characteristics.
The acid and alkali resistance, oil resistance, and radiation resistance of solid silicone rubber in special environments and emerging application fields ensure equipment sealing and insulation in corrosive environments such as chemical and marine industries; In scenarios such as high-temperature steam and hot oil circulation, its high temperature resistance ensures stable operation.
At the level of technological innovation, conductive silicone rubber developed by adding conductive fillers is applied to computer buttons and remote control contacts; Nanocomposite technology has improved thermal conductivity and flame retardancy, expanding its applications in cutting-edge fields such as 5G communication, thermal management of new energy vehicles, and flexible electronics.
In summary, solid silicone rubber has become a key material for promoting innovation and development in multiple fields due to its unique solution and continuous evolution towards high-performance, intelligent, and green direction with technological progress and environmental requirements. Capable of combining, from industrial manufacturing to medical health, from building sealing to daily life, and even to special environments and emerging technology fields, continuously providing safe, efficient, and sustainable solutions for various industries.
Regarding liquid silicone rubber, please refer to our website for details:
IOTA Liquid Silicone Rubber
