In high-end manufacturing sectors such as electronics and electric power, the high-temperature resistance and insulation stability of black insulating silicone are crucial, but the challenge of dispersing heat-resistant agents has long constrained the industry's development. Traditional heat-resistant agent powders tend to agglomerate, making it difficult to blend evenly with the silicone matrix, which results in white spots on the surface of finished products. This not only affects appearance but also causes issues such as heat resistance imbalance and fluctuations in insulation reliability, directly lowering the quality of end products.

Baotou Lanxi New Material Technology Co., Ltd. has specifically developed the LB-01 catalyst for black insulating silicone, which has become key to solving this problem. The product is black in color, with a temperature resistance range of 260–300°C, and offers advantages such as oil resistance, aging resistance, and tear resistance. Most importantly, it is highly compatible with black silicone, disperses easily, and leaves no white spots. Leveraging the effect of nanoparticles to enhance material performance, only 1–3% addition is needed to achieve significant results.

As a leader in the field of rare-earth organosilicon heat-resistant agents, Baotou Lanxi has, since its establishment in 2011, relied on over 30 years of industry experience and a professional R&D team of more than 20 people. The company holds multiple core patents and has built a nationwide production and sales service network. By focusing on customer needs, combining accumulated technology with cutting-edge concepts, they provide customized solutions.

To benefit more enterprises, Baotou Lanxi has launched promotional activities: free samples for existing customers and 20% off sales for new customers, valid until January 30, 2026. The LB-01 catalyst injects new energy into the black insulating silicone industry with precise positioning and outstanding performance, helping companies enhance product competitiveness and promote industry quality upgrades.