Phenyl silicone raw rubber is widely used in the electronics industry. The following are some common application areas:

Encapsulation and encapsulation materials: Phenyl silicone raw rubber is often used as encapsulation and encapsulation materials for electronic components. They can be used to hold and seal electronic components such as integrated circuit chips (ICs), inductors, capacitors and electronic modules. These compounds provide excellent mechanical strength, heat resistance and chemical stability, while also having good insulating properties.

Liquid crystal display: Phenyl silicone raw rubber is widely used in the preparation of adhesives and sealing materials in liquid crystal displays (LCD). These adhesives are capable of bonding and sealing the different layers of an LCD display, such as the glass substrate, transparent conductive layer and liquid crystal layer. They offer excellent optical properties, high temperature resistance and chemical stability.

LED packaging: Phenyl silicone raw rubber plays an important role in LED (light-emitting diode) packaging. LED encapsulation compounds need to have excellent thermal conductivity, high temperature resistance and light transmission. Phenyl silicone gums meet these requirements, providing reliable encapsulation and protection while effectively dissipating heat.

Fixing of electronic components: Phenyl silicone raw rubber is often used to fix electronic components, such as resistors, inductors and capacitors. These compounds provide a strong bond that prevents components from loosening or falling out under vibration or shock.

Flexible electronics: With the development of flexible electronics technology, the application of phenyl silicone raw rubber in flexible electronic devices is gradually increasing. They can be used as adhesives for flexible circuit boards, encapsulation materials for sensors and encapsulation materials for bendable displays.

These are just a few examples of common applications of phenyl silicone gums in the electronics industry. The excellent properties of this compound make it ideal for many electronic applications and also support the further development of electronic technology.