Wide application of dimethiconol in anti-adhesion and electronics
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With the advancement of science and technology and the growth of industrial demand, more and more materials are endowed with higher technical content and wider application scenarios. As a high-performance silicone material, dimethiconol has shown excellent application value in the anti-adhesion field, power appliances, silicone rubber processing and other industries.
High-efficiency anti-adhesion, empowering industrial production
In the field of paper anti-adhesion, dimethiconol can combine with curing agent and coupling agent to form a dense anti-adhesion film due to its hydroxyl activity. This anti-adhesion layer can be widely used in products such as label backing paper, asphalt packaging paper, and sealing paper tape backing paper, effectively improving the convenience of product use while reducing adhesion and loss. Compared with traditional anti-adhesion agents, anti-adhesion materials using hydroxyl silicone oil as the base glue have better durability and stability and are suitable for long-term use.
Key materials for electronic insulation and silicone rubber processing
In the electronics industry, dimethiconol is widely used in electrical insulation coatings and insulator manufacturing. Its low surface tension and good temperature resistance enable it to maintain excellent stability in an environment of -50℃ to +250℃, ensuring the long-term safe operation of electronic components. In addition, this product is also an important raw material in the silicone rubber industry, especially small molecule dimethiconol, which is used as a structure control agent to improve the processing performance and transparency of silicone rubber and simplify the production process.
Broad prospects in the future
With the continuous development of science and technology, the application of dimethiconol will be further expanded. In the future, this material is expected to play a more important role in new energy vehicles, high-end electronic manufacturing, medical devices and other fields, providing high-performance material solutions for more industries.