The most obvious advantage of methyl low-hydrogen silicone oil is its odorless and environmentally friendly properties, which makes it stand out in many production scenarios with strict requirements for odor and safety. Unlike some highly irritating chemical raw materials, it does not produce unpleasant odors during use and does not cause unnecessary impact on the production environment and operators, perfectly aligning with the modern industrial concept of green and environmentally friendly development.

What truly gives methyl low-hydrogen silicone oil its core competitiveness is the active groups in its molecular structure. Under the action of specific catalysts, these active groups can easily react with double bonds, hydroxyl groups, and other groups, exhibiting extremely strong chemical compatibility and reactivity. This unique reactivity characteristic gives it a powerful "one-to-many" capability, allowing it to be flexibly transformed into core raw materials for various functional products according to different production needs, providing more possibilities for industrial production.

In practical applications, the versatility of methyl low-hydrogen silicone oil is fully demonstrated. It is a key raw material in the production of foam stabilizers and defoamers, effectively regulating foam generation and stability in industries such as foamed plastics and coatings, thereby improving product texture and performance. Simultaneously, it is also an important component of water-soluble silicone oils and ultra-bright ceramic anti-fouling agents, endowing these products with excellent lubrication, waterproofing, and anti-fouling properties, making ceramic product surfaces smoother and easier to clean, and allowing water-soluble silicone oils to play a greater role in daily chemicals, textiles, and other fields.

In addition, methyl low-hydrogen silicone oil is also an ideal choice for crosslinking agents of addition-type silicone rubber. During the production process of silicone rubber, it can form a stable network structure of silicone rubber molecules through crosslinking reaction, significantly improving the key properties of silicone rubber such as high temperature resistance, aging resistance, and mechanical strength, allowing silicone rubber to be more widely used in high-end fields such as aerospace, electronics, and medical.

Modified Platinum Catalyst, plz check MY 8141-8149