The molecules of silicone resins have a three-dimensional network structure. Silicone resins are most often used as resins. They produce films with excellent heat resistance, weatherability, dielectric properties and water repellency. In addition, they are available in a range of consistencies, from high-viscosity liquids to solids. Silicone resins are used to make paints and coatings and in electrical and many other applications, where they help to improve durability, safety and reliability.
Able to withstand temperatures up to 250°C.
Good resistance to UV rays.
They form hard films due to their three-dimensional network structure.
They form films with excellent water repellency (especially those that contain methyl groups).
They show excellent dielectric properties across a wide range of temperatures.
| Applications | Grade | Features |
|---|---|---|
| Heat resistant and flame retardant binders |
KR-220L | White flake, excellent heat resistance and flame retardance, very little smoking by heating |
| KR-220LP | Powder type of KR-220L | |
| Moisture proofing and insulating coatings |
KR-251 | Thin hard coating |
| KR-255 | Glossy hard coating | |
| Heat resistant paints | KR-282 | Excellent flexibility and anti-cracking properties |
| KR-300 | Excellent heat resistance high hardness coating | |
| KR-311 | Excellent heat resistance and compatibility with organic resins | |
| Resin modification | KR-480 | White flake, high phenyl content, excellent compatibility |
| Heat resistant paints | ES-1023 | Excellent anti-corrosion property |
| KR-5206 | Excellent flexibility and adhesion | |
| KR-5235 | Excellent releasability and non-stick property | |
| Moisture proofing and insulating coatings |
KR-114B | Wax-like soft coating, Finished coating can be removed easily with solvents |
