It exhibits excellent silicone features, which including lubricity, impact resistance, diffusibility of the light, heat resistance and weather resistance. It provides high performances to a wide variety of products such as synthetic resins, rubbers, paints, inks and coating materials by adding to them.

• Water Resistance – Silicone resins,especially those having methyl groups, form films with excellent water repellency.

• Electrical Insulation – High dielectric strength and low conductivity make silicone resin excellent for insulating coatings and electronic applications.

• Weather Resistance – Strong resistance to UV, ozone, and oxidation ensures long-term durability outdoors without yellowing, chalking, or cracking.

• Heat Resistance – Stable silicon–oxygen bonds allow continuous use at 200–300 °C, with short-term tolerance of even higher temperatures without decomposition.

• Chemical Resistance – Acids, bases, and many solvents are resisted, maintaining stability in chemically aggressive environments.

• Electronics – Used as a conformal coating or encapsulant to protect PCBs and components from moisture, dust, and thermal stress

• Automotive – Provides insulation and environmental protection for sensors, connectors, and control modules exposed to vibration and heat

• LED Packaging – Serves as an optical-grade encapsulant with high transparency and thermal stability for LED modules

• Consumer Electronics – Applied in mobile devices and wearables for moisture sealing and mechanical cushioning

• Industrial Equipment – Ensures long-term reliability of sensitive electronics in harsh environments through thermal and dielectric protection

• Medical Devices – Potentially used in non-implantable electronics for insulation and biocompatible sealing, depending on regulatory compliance