In fields such as organosilicon materials, coatings, and polymer synthesis, product transparency, stability, and cost-effectiveness have always been the core focus of competition among companies. However, issues such as blackening and yellowing during the reaction process, as well as pain points like high catalyst dosage and insufficient activity, have long constrained industry upgrades. The emergence of IOTA 8116 platinum catalyst, with its superior performance, breaks through these technical bottlenecks and becomes a key additive driving high-quality development in related industries.



As a catalyst specifically developed to precisely address industry pain points, the core advantage of the IOTA 8116 platinum catalyst lies in its powerful suppression of side reactions. In the Si-Vi and Si-H reaction system, traditional catalysts often struggle to prevent side reactions, leading to black impurities in the product and directly affecting its appearance and performance. However, IOTA 8116, with its unique composition and catalytic mechanism, can precisely capture active intermediates during the reaction process, blocking side reaction pathways at the source and ensuring that no black substances are generated throughout the entire reaction. The product maintains a consistently pure and transparent texture, perfectly meeting the production requirements of high-transparency products.

In addition to its core anti-blackening and anti-yellowing properties, IOTA 8116 also boasts multiple advantages, including high activity, low dosage, strong stability, and high cost-effectiveness. High activity means it can quickly initiate reactions at lower temperatures, shortening production cycles and improving efficiency; low dosage significantly reduces raw material costs for companies while minimizing the potential impact of catalyst residue on product performance; and excellent stability allows it to maintain stable catalytic effects under different temperatures, humidity levels, and reaction systems, avoiding fluctuations in product quality due to environmental changes.Its combination of high performance and low cost sets it apart from similar products, providing businesses with a cost-effective solution.

In terms of application coverage, IOTA 8116 platinum catalyst exhibits strong adaptability, broadly empowering multiple sub-sectors. In the production of silicone materials, it can be used as a vulcanization catalyst for molding compounds and silicone tube extrusions, enabling silicone products to possess both high transparency and excellent mechanical properties. In addition-type product systems, whether it is potting compounds, silicone sheets, mold compounds, or printing pads, silicone inks, silicone resins, or silicone gels, the addition of IOTA 8116 can achieve uniform vulcanization, resulting in smooth, flawless product surfaces and significantly improved transparency.In the field of polymer synthesis, it is an ideal catalyst for the synthesis of polyether-modified silicone oil and amino silicone oil, helping to synthesize modified silicone oil products with better performance. In addition, in the production of polyurethane coatings and organosilicon coatings, it can be used as an additive to improve the film-forming properties and transparency of the coatings. In defoamer formulations, it can enhance the defoaming effect and extend the service life of the product.