Silicone resin, with its unique physical and chemical properties, has shown a wide range of application potential in many fields.One of its most significant applications is as an insulating material, especially in the electrical industry, which plays an irreplaceable role.Because silicone resin has excellent insulation properties, high temperature stability and chemical inertness, it is widely used as insulating paint, including varnishes, enamels, color paints and impregnated paints, to impregnate H-class motors and transformer coils to ensure the stable operation of these key components in high temperature, high humidity and complex electromagnetic environments.In addition, glass cloth, glass cloth wire and asbestos cloth impregnated with silicone insulating paint can be made into motor sleeves, electrical insulation windings, etc., further improving the insulation level and safety of electrical equipment.
In the field of high-voltage motors, the combination of silicone resin and mica has created a large-area mica sheet insulation material. This material not only has excellent electrical insulation properties, but also can withstand extremely high mechanical stress, so it has become an ideal choice for the main insulation of high-voltage motors.At the same time, the weather resistance and corrosion resistance of silicone resin also make it the best choice for metal protective coatings and anticorrosive coatings. It is widely used in bridges, ships, buildings and other structures that require long-term exposure to harsh environments, effectively extending the service life.
In the field of construction engineering, silicone resin waterproof and moisture-proof coatings, with their excellent waterproof performance and durability, provide a reliable solution for the waterproof and moisture-proof of buildings.In addition, silicone resin is also used as a mold release agent and adhesive because of its good mold release properties and adhesion properties, and is widely used in mold manufacturing, composite material processing and electronic component assembly and other fields.
It is worth noting that the curing and crosslinking methods of silicone resins are diverse, including shrinkage polymerization and crosslinking, organic peroxide catalyst vulcanization, and addition reaction of vinyl and silicon hydrogen bonds. These different crosslinking methods give silicone resins richer properties and application scenarios.Therefore, according to the different main uses and crosslinking methods, silicone resins can be roughly divided into several categories such as silicone insulating paints, silicone coatings, silicone plastics and silicone adhesives. Each category plays an irreplaceable role in its specific field, providing strong support for the development of electronics, electrical, national defense, construction and other industries.
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Polyester modified silicone resin IOTA 6072-15 - IOTA CORPORATION LTD.
