In high-precision electronic potting production, complex mixing ratios, short working time, and single curing mode have long been industry pain points. Improper ratio leads to material waste, rushed operation causes potting defects, and strict curing conditions result in poor adaptability, all severely affecting production efficiency and yield. A silicone rubber specially designed for chips features a 1:1 golden mixing ratio plus flexible dual curing modes, along with an extra-long working time of over 3 hours, making chip potting extremely hassle-free and perfectly suitable for both small-batch R&D and mass production. Its operational convenience fully meets various electronic production needs. Components A and B are mixed at a 1:1 weight ratio without complicated calculations, allowing production workers to get started quickly without professional training, completely eliminating material waste and potting defects caused by ratio errors, thus directly improving efficiency in the mixing stage. After mixing, the working time exceeds 3 hours at 25℃ room temperature, providing ample operation time compared with traditional short-pot-life potting materials. Whether for manual precision potting of small-batch chips or automated assembly line infusion of precision electronic components, there is no need for rushed operation, effectively reducing issues such as bubbles and insufficient glue caused by hasty handling. The curing mode is highly flexible and can be freely selected according to production requirements. It fully cures in 6–10 hours at room temperature without additional heating equipment, ideal for small-batch R&D and laboratory trials. To boost production efficiency, it cures in only 10 minutes at 100℃, perfectly matching large-scale assembly lines; full curing can also be achieved in 20–40 minutes at 120℃, with adjustable timing based on adhesive layer thickness. Before curing, the compound is a low-viscosity fluid for easy pouring and processing. Slow injection along one side minimizes bubbles, which can also self-degas during standing; performance can be further enhanced after vacuum degassing. In addition, storage and packaging are user-friendly. Sealed and light-proof shelf life reaches up to 1 year at 25℃, providing sufficient time for enterprise inventory preparation. It is available in 25KG and 200KG packaging specifications, supporting both small-batch and large-scale industrial production. Classified as non-dangerous goods, it can be transported and stored as general chemicals, further reducing production and logistics costs.