One of the primary functions of methyl low-hydrogen silicone oil is as a base material for foam levelers and defoamers. Due to its low surface tension, it effectively regulates the formation and collapse of bubbles, making it widely used to prevent or reduce foam in industries such as the chemical, food processing, and pharmaceutical industries. For example, in the pharmaceutical industry, foaming can affect production efficiency, and methyl low-hydrogen silicone oil, as a core component of defoamers, can effectively address this issue. Furthermore, as the primary raw material for water-soluble silicone oils, it can achieve compatibility with water by adjusting its molecular structure, playing a key role in industries such as textile printing and dyeing, coatings, and detergents.



In high-end ceramic manufacturing, this silicone oil is also used to produce ultra-clean and bright ceramic antifouling agents. Its chemical inertness and unique molecular structure form a durable, transparent protective film, ensuring the ceramic surface maintains a bright and shiny finish while also providing antifouling properties and extending the product's lifespan. Furthermore, due to its stable chemical properties and controllable reaction conditions, methyl low-hydrogen silicone oil is widely used as a crosslinker in addition-type silicone rubber. This function is particularly important in the electronics industry and medical device manufacturing, where crosslinking enhances the elasticity, durability, and stability of silicone rubber, meeting the high-performance demands of various applications.

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