In the fields of silicone rubber, silicone resin, and glass fiber modification, Methyltrimethoxysilane IOTA-20 has become a key additive linking the preparation of various silicon-based materials, thanks to its high-purity quality and precise chemical reactivity. Its clear chemical identification—English name Methyltrimethoxysilane, CAS No.: 1185-55-3, and structural formula CH₃Si(OCH₃)₃ (molec

In the application system of inorganic colloidal materials, small particle size silica sol has become a key material driving the upgrading of multiple industries due to its ultra-fine particle structure and excellent surface activity. As a stable colloidal solution with nanoscale silica as the dispersed phase, its unique small particle size imparts an extremely high specific surface area and st

In the preparation systems of addition-cure silicone rubber and phenyl silicon-based materials, IOTA-231 hydrogen-terminated phenyl silicone oil (including hydrogen phenyl silicone oil) stands out as a critical crosslinking core that determines product performance due to its unique molecular structure and excellent compatibility. As a hydrogen-terminated linear phenyl silicone oil, its precise

In the organosilicon synthesis system, tetra-propoxy silane IOTA 933 stands out as a critical bridge linking basic chemical synthesis to advanced materials, thanks to its high purity and versatile chemical reactivity. As the designated product name for n-propyl orthosilicate (tetra-n-propyl silicate), its well-defined chemical structure Si(OC₃H₇)₄ endows it with stable and diverse application p

Why choose long-chain alkyl silicone oil when selecting silicone oils? The answer lies in its groundbreaking molecular structure—replacing part of the methyl groups in traditional polydimethylsiloxane with alkyl chains containing more than 12 carbons. This modification allows it to break free from the performance limitations of conventional silicone oils. It retains inherent advantages such as

From the molding of precision components to wrinkle-resistant fabric finishing, from defoaming in chemical production to the manufacturing of automotive seals, many aspects of industrial manufacturing rely on an “all-purpose assistant” — silicone. Thanks to its customizable properties, silicone can meet the specific needs of different industries, making it an indispensable auxiliary material in

The refreshing, non-greasy feel of skincare on the face, the smooth and long-lasting coverage of foundation, and the silky shine of hair after shampooing—all these pleasant experiences rely on a “sensory secret”: silicone. As a core additive in personal care products, silicone may not provide nutrients directly, but it significantly enhances product performance and elevates the consumer experie

The healthcare sector demands exceptionally stringent material standards: materials must be non-toxic, odorless, compatible with human tissues, and able to withstand various sterilization methods. Among numerous options, silicone stands out as a “favorite” in medical applications, widely used in everything from implantable devices to cosmetic care. The core strength of silicone lies in it

Photovoltaic modules that operate outdoors for more than 25 years, new-energy vehicles that can run safely for hundreds of thousands of kilometers—behind the rapid rise of these green industries stands an important “booster”: organosilicon materials. With their unique properties, they provide core reliability and durability for new-energy products, becoming an indispensable material for the gre

Modern electronic devices are becoming increasingly compact while delivering ever more powerful performance. Smartphones can run intensive games for hours without lag, and cables in nuclear power plants can operate stably for years under high temperatures. All of this depends on an essential “stabilizer” — silicone materials. With their unique properties, silicones have become indispensable cor