Silicone rubber is a polymer material that combines inorganic and organic properties, and its unique silicon oxygen bond structure endows it with many excellent properties that traditional rubber cannot match. The main chain of this material is composed of alternating silicon and oxygen atoms, while the side chains are connected to organic groups. This structure ensures flexibility and enhances chemical stability. Silicone rubber can maintain elasticity at extreme temperatures ranging from -60 β to 250 β, without becoming brittle due to severe cold or decomposing at high temperatures, making it an irreplaceable material in fields such as aerospace and electronic packaging.
In the medical field, the biocompatibility of silicone rubber is particularly outstanding. After precise formula adjustment, it can be implanted into the human body for a long time without causing rejection reactions, and is widely used in high-end medical devices such as cardiac catheters and artificial joint coatings. Its hydrophobic properties can effectively block bacterial growth, making everyday items such as silicone kitchenware and baby pacifiers both safe and durable. With the development of 3D printing technology, liquid silicone rubber is being used to manufacture personalized medical models, promoting the progress of precision medicine.
The electronics industry is another major stage for silicone rubber. As a thermal insulation material, it can tightly adhere to components, quickly conduct heat but block current, protecting precision equipment from overheating damage. In the battery pack of new energy vehicles, silicone rubber seals can withstand the volume changes during battery charging and discharging, as well as resist electrolyte corrosion, significantly improving the overall safety of the vehicle. In consumer electronics products, from waterproof sealing rings for mobile phones to noise cancelling earplugs for headphones, the soft texture and precise molding ability of silicone rubber make devices both functional and aesthetically pleasing.
Driven by environmental trends, the recyclability of silicone rubber is receiving attention. Through catalytic cracking technology, waste silicone rubber can be converted into silicone oil or re polymerized into new materials, forming a circular economy chain. The process of this material moving from the laboratory to thousands of households confirms how modern chemistry transforms the natural silicon element into a technological miracle that benefits humanity through molecular design.
Regarding liquid silicone rubber, please refer to our website for details:
IOTA Liquid Silicone Rubber
