With the rapid development of science and technology, silicone rubber, with its unique physical and chemical properties, is constantly opening up new territory in emerging application fields, injecting vitality into the innovative development of frontier fields such as flexible electronics and biomedical engineering.

In the field of flexible electronics, silicone rubber, as an ideal substrate and packaging material, shows great application potential. Its good flexibility and stretchability enable electronic devices to maintain stable performance under complex deformations such as bending and twisting. For example, in wearable electronic devices, flexible sensors based on silicone rubber can closely adhere to the human skin to monitor physiological parameters such as heart rate, blood pressure, and body temperature in real - time. The biocompatibility and low allergenicity of silicone rubber ensure the comfort and safety of long - term wear. At the same time, the electrical insulation performance of silicone rubber provides reliable electrical isolation for electronic components, preventing signal interference and short - circuit risks. In the packaging of flexible displays, silicone rubber can effectively block the intrusion of moisture and oxygen, protect sensitive components such as internal organic light - emitting diodes (OLEDs), extend the service life of the display, and improve the stability of the display effect.
In the field of biomedical engineering, silicone rubber is becoming a key material to promote the progress of medical technology. In tissue engineering, silicone rubber can be used to manufacture three - dimensional cell culture scaffolds. By precisely controlling the microstructure and surface properties of silicone rubber, the environment of the extracellular matrix is simulated to promote cell adhesion, proliferation, and differentiation. This scaffold provides an ideal template for tissue repair and regeneration and is expected to be applied to the repair and treatment of tissues such as skin and cartilage. In the drug delivery system, silicone rubber, as a drug carrier, shows unique advantages. By using the adjustable permeability of silicone rubber, the slow and continuous release of drugs can be achieved, improving the drug efficacy and reducing the toxic and side effects. For example, implantable drug - release devices made of silicone rubber can stably release drugs in the body for a long time, providing a convenient and efficient drug - delivery method for the treatment of chronic diseases. In addition, in the medical device field, silicone rubber is widely used in the manufacture of various catheters, drainage tubes, and other products. Its softness and chemical stability ensure the safety and reliability during in - vivo use and reduce the irritation and damage to human tissues.


High Temperature Resistance Silicone Rubber