Photovoltaic Modules: Silicone resin can be used as an encapsulant for photovoltaic modules. With its excellent weather resistance, UV resistance, and waterproof properties, it can effectively protect photovoltaic panels, extend their service life, and improve power generation efficiency.
Battery Separators: In the battery field, silicone resin can be used to make battery separators. Its good chemical stability and mechanical properties help improve the safety and performance of batteries.
Biomedical Field
Medical Implants: Silicone resin has excellent biocompatibility and stability, making it suitable for manufacturing medical implants such as artificial joints and heart valves, reducing the body's rejection response to implants.
Drug Delivery Systems: Silicone resin can serve as a carrier material for drug delivery systems, controlling the release rate and location of drugs to enhance their efficacy and safety.
Intelligent Applications Field
Flexible Electronic Materials: With the rapid development of wearable devices and flexible displays, silicone resin has broad application prospects in flexible electronic materials. Its excellent flexibility and electrical conductivity meet the special material requirements of these intelligent products.
Smart Sensors: Silicone resin can be used to make smart sensors. With its good electrical insulation and thermal stability, it can improve the sensitivity and reliability of sensors.
Environmental Protection Field
Water Treatment Materials: Silicone resin can be used to make water treatment materials, such as adsorbents and membrane materials. Its excellent chemical stability and adsorption performance help improve water treatment efficiency and quality.
Air Purification Materials: In the field of air purification, silicone resin can be used to make air purification materials, such as filter cores and adsorbents. Its good adsorption performance and chemical stability can effectively remove harmful substances from the air.
Aerospace Field
Aircraft Engine Components: Silicone resin can be used to manufacture aircraft engine components, such as turbine blades and combustion chambers. Its excellent high-temperature resistance and mechanical strength meet the usage requirements of aircraft engines in high-temperature and high-pressure environments.
Spacecraft Shell Materials: In the manufacturing of spacecraft, silicone resin can be used to make spacecraft shell materials. Its good high-temperature resistance, radiation resistance, and lightweight characteristics help improve the performance and reliability of spacecraft.
