Phenyl silicone rubber has several advantages in producing cable insulation that make it a popular insulation material option. The following are the advantages of phenyl silicone rubber in cable insulation production:

Good electrical insulation: Phenyl silicone rubber generally has excellent electrical insulation properties and can effectively prevent current leakage and electrical short circuits. This is essential for cable insulation, especially in power transmission and electronic equipment.

High Temperature Resistance: Phenyl silicone rubber is popular for its high temperature resistance. They can maintain stability in high temperature environments and are not easily melted or deformed, which is very important for cables operating under load for a long time.

Chemical Resistance: This type of silicone rubber has good resistance to many chemicals and is not susceptible to corrosion or erosion. This allows the cable to be used in a variety of chemical environments.

Oxidation resistance: Phenyl silicone raw rubber generally has good oxidation resistance and can maintain performance in oxidizing environments for a long time, thereby extending the service life of the cable.

Adhesion: These colloidal materials have good adhesion properties in cable insulation and can adhere firmly between the conductor and the insulation layer to ensure the integrity and reliability of the cable.

Moisture resistance: Phenyl silicone raw rubber usually has good moisture resistance, which is crucial for the use of cables in humid environments and can prevent the insulation material from losing its insulation properties due to moisture.

Material Compatibility: These raw rubbers are generally compatible with a variety of cable insulation materials, including different types of polymers and insulation materials.

Good fluidity: Phenyl silicone raw rubber has high fluidity, which helps fill the insulation space and ensure the uniformity of the insulation layer.

Overall, phenyl silicone rubber provides excellent electrical insulation properties and high temperature resistance in cable insulation production, helping to ensure the reliability and safety of cables. These advantages make them common insulation materials in areas such as power transmission, electronic communications and industrial cables.