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

The secret to a building that can withstand wind, rain, and environmental erosion for decades—or even centuries—often lies in those unobtrusive connection gaps. And organic silicone is the core force that protects these gaps. As one of the most widely used materials in the construction sector, the value of silicones has long surpassed that of ordinary auxiliaries, becoming a key factor in deter

Ethyl silicone oil, as a distinctive member of the organosilicon materials family, stands out in low-temperature operational environments due to its exceptional ultra-low-temperature resistance. Compared with conventional silicone oils, the introduction of ethyl groups enhances the flexibility of the molecular chain and improves low-temperature fluidity, making it a key material for ensuring eq

As an important member of the silicone materials family, phenyl silicone oil occupies a key position in various industrial and consumer fields thanks to the superior properties derived from its unique molecular structure. Compared with conventional silicone oils, the introduction of phenyl groups gives it significantly enhanced high-temperature resistance, stability, and adaptability, making it

Silicone oil is a "multitasker" in the automotive care industry, demonstrating excellent lubrication, film-forming, and anti-aging properties. It plays a key role in car interior maintenance, exterior care, and component lubrication, helping maintain vehicle aesthetics and prolong component life. Car Interior Maintenance Silicone oil is most widely used in leather seats and plastic parts

Silicone oil in oral care is an "innovative ingredient" that combines protection and care. Through special purification treatments, medical-grade silicone oil demonstrates excellent film-forming properties and biocompatibility, offering unique advantages in caries prevention, sensitivity reduction, and fresh breath, making it a core ingredient in new functional toothpaste. Caries Preventi

Silicone oil acts as a "performance optimizer" in the coatings industry, playing an irreplaceable role in key scenarios such as leveling improvement, weather resistance, and wear enhancement, thanks to its excellent surface activity and stability. It helps make coating products more adaptable to diverse usage needs. Leveling Optimization During the application of coatings, defects such a

As an antifoaming agent, silicone oil is hailed as the "high-efficiency foam breaker" in industrial production. With its extremely low surface tension and excellent stability, silicone oil provides fast foam breakage and long-lasting foam suppression in foam-prone scenarios such as chemical reactions, food fermentation, and water treatment. Fast Foam Breaking Silicone oil microparti

In agricultural production, silicone oil is considered a "performance booster" for pesticides and fertilizers. By optimizing the properties of the liquid, silicone oil significantly improves farming efficiency, especially in pesticide enhancement, foliar fertilizer absorption, and resistance to rainwater wash-off. Pesticide Enhancement After traditional pesticide spraying, due to th