There are various types of silicone resin products, and the following are common types and their characteristics:
Methyl silicone resin
Outstanding heat resistance: Methyl silicone resin can withstand high temperatures and maintain good stability even in high temperature environments ranging from 200 ℃ to 300 ℃. Its structure is not easily damaged, making it suitable for applications such as protective coatings and insulation materials under high temperature conditions.
Good electrical insulation: With low dielectric constant and dielectric loss, it can effectively block current and can be used as a high-quality insulation material in the field of electronic appliances to ensure the safe operation of electrical equipment, such as insulation paint for motor windings.
Strong hydrophobicity: It has a strong repulsive effect on water, and the surface is not easily soaked by water. When used for protection in outdoor buildings, oil pipelines, etc., it can effectively prevent the erosion of the substrate by rainwater and humid environments, and play a good role in waterproofing and moisture-proof.
High hardness: The film layer or product formed after curing has a relatively high hardness and performs well in situations that require certain wear resistance and mechanical strength support, such as in surface treatment of some molds.
Phenyl silicone resin
Excellent high temperature resistance: The introduction of benzene further enhances its heat resistance, typically able to withstand temperatures above 300 ℃, and some can even maintain stability in extreme environments at higher temperatures. Therefore, it is commonly used in fields such as aerospace and high-temperature industrial furnaces that require high temperature.
Good radiation resistance: In environments with radiation, such as around nuclear related facilities and some medical equipment usage environments, phenyl silicone resin is more resistant to the effects of radiation than other types, ensuring that its own performance is not greatly affected and guaranteeing the normal operation of related equipment.
Excellent weather resistance: It can effectively resist the erosion of natural factors such as ultraviolet rays, wind and rain, and temperature changes. It is not easy to experience aging phenomena such as discoloration, powdering, and cracking when exposed to outdoor environments for a long time. It is commonly used for sealing, coating, and protection of outdoor electrical equipment in outdoor buildings.
Flexibility improvement: Compared with methyl silicone resin, phenyl silicone resin has increased flexibility, which can better meet the requirements in some applications that require materials with certain bending and tensile properties, such as as as bendable electronic component packaging materials.
Methyl phenyl silicone resin
Comprehensive performance balance: Combining the advantages of methyl silicone resin and phenyl silicone resin, it not only has good heat resistance and can adapt to higher temperature environments, with a general temperature tolerance range of around 250 ℃ -350 ℃, but also has good flexibility and can be used on components with different shapes and certain deformation requirements.
Balancing electrical insulation and chemical resistance: With excellent electrical insulation performance, it can ensure electrical safety; At the same time, it can maintain relative stability and good chemical resistance when exposed to common acidic and alkaline chemicals. It is commonly used in industries such as chemical and electronic industries where insulation is required while also dealing with certain chemical corrosion environments.
Good optical performance: It has certain transparency and refractive index adjustment ability, and has applications in the field of optics, such as coating of optical lenses, packaging of optoelectronic devices, etc. It can provide protection and other functional functions while meeting optical requirements.
Organic silicon modified resin
Complementary performance: By modifying and combining organosilicon with other resins such as epoxy resin, polyester resin, etc., the heat-resistant, weather resistant, and hydrophobic properties of organosilicon can compensate for the shortcomings of other resins in these aspects, while also absorbing the advantages of other resins, such as the high strength and good adhesion of epoxy resin, making the modified resin have better comprehensive performance.
Expanded application scope: It can be used in more diverse fields and application scenarios, such as using organic silicon modified epoxy resin for automotive paint. It not only retains the strong adhesion and high hardness characteristics of epoxy resin, but also increases weather resistance and water resistance, improving the overall quality of automotive paint and making it more adaptable to complex outdoor environments.
Enhanced processability: According to different modification methods and resin combinations, the curing conditions, solubility, and other processing properties can be adjusted and optimized, making it convenient for production applications under different process conditions. For example, some organic silicon modified resins can achieve room temperature curing, which is more conducive to on-site construction operations.
Fluorosilicone resin
Excellent chemical corrosion resistance: The introduction of fluorine atoms makes it highly resistant to strong acids, strong bases, and various organic solvents. In the chemical industry, facing complex and highly corrosive chemical environments, fluorosilicone resin can maintain its structural and performance stability, and play a protective and sealing role.
Low surface energy and anti fouling properties: It has extremely low surface energy, which makes its surface very smooth and not easily contaminated with dust, oil, and other impurities. It is commonly used as a surface coating that needs to be kept clean and anti fouling, such as the surface coating of some high-end kitchenware and the protective coating of outdoor billboards.
Excellent weather resistance: In outdoor environments, fluorosilicone resin, with its excellent weather resistance, can resist the erosion of ultraviolet rays, wind and sand, rainwater, etc. for a long time. Its appearance and performance remain stable for a long time, which can extend the service life of the object being used. It is widely used in fields such as construction and marine facilities.
High flame retardancy: Compared to other types of silicone resins, fluorosilicone resins often have better flame retardancy and can be used in protective materials in places with high fire protection requirements, such as electronic computer rooms, shopping malls, etc., to reduce the risk of fire.
Different types of silicone resin products have their own characteristics and can be selected according to specific application needs.

Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150K. 
High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.