The biomedical field is an important application direction of liquid silicone rubber. Specially processed medical grade products have excellent biocompatibility and will not cause rejection reactions in the human body. They are widely used in artificial organs, plastic implants, and medical consumables for long-term retention in the body.

Its surface can be treated with plasma to achieve hydrophilic modification, or loaded with antibacterial ingredients to expand its function, demonstrating potential in innovative medical products such as wound dressings and drug delivery systems.


In the electronics and electrical industry, liquid silicone rubber, as a sealing material, can resist the erosion of ozone, ultraviolet radiation, and various chemical media, ensuring the long-term reliability of outdoor electronic equipment. Its excellent flame retardant performance and low smoke and non-toxic characteristics meet the strict requirements of modern electronic devices for safety and environmental protection. In the field of consumer electronics, from waterproof sealing rings for mobile phones to flexible shells for wearable devices, the flexible touch and anti yellowing performance of liquid silicone rubber provide more possibilities for product design.


With the increasing awareness of environmental protection, the sustainable development advantages of liquid silicone rubber are becoming increasingly prominent. The production process can achieve low volatility and solvent-free formula, and the discarded products can be recycled and reused through specific processes.

The development of a new additive liquid silicone rubber system eliminates the need for heavy metal catalysts in the curing reaction, further reducing environmental load. These characteristics have continuously expanded its applications in fields such as automotive lightweight components and green building sealing materials.


In the future, with the integration of nanomodification technology and 3D printing technology, liquid silicone rubber is expected to break through the limitations of traditional manufacturing and open up new application spaces in cutting-edge fields such as flexible electronics and biological tissue engineering. Its unique performance combination and continuous technological innovation will continue to drive the development of materials science towards greater efficiency and environmental friendliness.

Regarding liquid silicone rubber, please refer to our website for details: IOTA Liquid Silicone Rubber