Electronic components are prone to malfunctions caused by heat accumulation during operation. In applications such as automotive, power supplies and solar energy, they are also exposed to multiple risks including moisture, high temperatures and open flames. Conventional potting compounds either have poor thermal conductivity or insufficient flame-retardant ratings, failing to provide all-round protection. This room-temperature vulcanized two-component silicone thermal potting compound, featuring excellent thermal conductivity of 0.7 W/m·K and UL94 V‑0 flame retardancy, together with high temperature and moisture resistance, acts as an all-round protector for electronic components, fundamentally solving industry pain points such as overheating, fire risks and moisture damage. Its thermal conductivity is specially designed for electronic heat dissipation. With a thermal conductivity of 0.7 W/m·K, it quickly transfers heat generated by components during operation, preventing crashes, aging and even burnout caused by heat buildup. It is especially suitable for high-heat components like power supplies and automotive electronics, maintaining stable temperatures during long-term equipment operation. The flame-retardant performance reaches the high industry standard of UL94 V‑0. It self-extinguishes rapidly upon contact with open flames, without sustained burning or molten drips, effectively stopping fire spread and greatly reducing the risk of electronic equipment ignition. In terms of protection, it integrates temperature resistance, moisture resistance and cold resistance, adapting to varying environmental temperatures and humidity. Whether in high-temperature automotive engine compartments, humid outdoor solar devices or low-temperature outdoor power supplies, the adhesive remains stable with no cracking, softening or delamination. It also delivers outstanding insulation performance: volume resistivity up to 10¹⁵ Ω·cm and dielectric strength of 23 kV/mm, effectively isolating current and preventing short circuits, building a solid electrical safety barrier for electronic components. No by-products are released during curing, avoiding contamination of precision electronic components. It perfectly meets potting requirements in automotive electronics, power supplies, solar energy and other fields. From the potting protection of automotive electronic components and sealing & heat dissipation of power modules to filling and protection of solar modules, this potting compound achieves precise matching. With dual advantages of thermal conductivity and flame retardancy, it provides reliable protection for electronic components.