Recently, a technological breakthrough has been reported in the domestic materials field. A certain technology company has successfully developed a new high-temperature stable silicone material (model IOTA 6153). This innovative product provides key material solutions for new energy equipment manufacturing with its excellent performance, which has attracted great attention from the industry.
It is understood that the material has a breakthrough comprehensive performance: it remains stable in extreme temperature environments of -60℃ to 250℃, and the thermal weight loss rate is less than 5%; it has excellent electrical insulation properties and arc resistance, and can be tested to operate continuously for more than 300 hours at a high temperature of 200℃. Its unique hydrophobic and moisture-proof properties and chemical corrosion resistance can effectively cope with complex working conditions and provide guarantees for the long-term and stable operation of equipment.
The test report shows that the solid content of the material is precisely controlled in the range of 49%-51%, and an environmentally friendly solvent system is used, and the curing efficiency is 40% higher than that of traditional products. At present, application breakthroughs have been achieved in multiple strategic fields: in the field of new energy vehicles, it is used to treat the insulation system of drive motors, significantly improving the temperature resistance level; in the wind power industry, as a blade protective coating material, it successfully extends the equipment maintenance cycle; and in the construction of 5G base stations, it provides reliable moisture-proof protection for electronic components.
Industry experts pointed out that with the advancement of the "dual carbon" goals, the annual global investment in new energy has exceeded 1.3 trillion US dollars, and the demand for high-performance materials has surged. The mass production of this material will effectively alleviate my country's dependence on imports in the field of special insulation materials. It is estimated that the application in the field of photovoltaic inverters alone can reduce maintenance costs by 15%. The person in charge of the company revealed that it has reached strategic cooperation with many leading companies and the second phase of the expansion project is being planned.
This technological breakthrough not only demonstrates my country's research and development strength in the field of new materials, but also provides key material support for the global energy transformation, marking an important step for my country in the field of high-end silicone materials.
IOTA 6153D methyl phenyl silicone resin - IOTA CORPORATION LTD.
