Hydraulic Servo LSR Dosing System with Static Mixing for Energy Saving Silicone

The application of silicone in the automotive industry is growing rapidly. Silicone (especially with various characteristics) can resist fuel and lubricating oil erosion, improve component service performance, and reduce maintenance costs. Applications include automobile ignition wires, spark plug protective covers, heating and radiator hoses, muffler linings, battery connectors, and fuel pumps made of fluorosilicone. With vehicle electronic electrification development, room temperature curing silicone is widely used for filling sealants in electronic parts, electrical assembly components, windshield glass, body sealing, and adhesive sealants for reflectors.

The electronic and electrical industry was one of the earliest adopters of silicone as an insulating material and remains a significant demand area. Silicone is primarily used for TV anode covers, high voltage protection covers, high voltage outgoing lines, refrigerator defroster wires, and power or signal transmission wires and cables. Silicone insulators are replacing ceramic products in transmission lines, especially ultra-high voltage lines. Conductive silicone is used for electrical contact parts in computers, telephones, instruments, and liquid crystal displays. Flame retardant and radiation-resistant silicone wires and cables are widely used in nuclear power stations. Silicone heating sheets and belts control working temperatures in precision instruments and oil pipelines, and serve as heating blankets for medical physical therapy. Room temperature curing silicone serves as waterproof, moisture-proof, and shockproof filling material.

Silicone has been widely used in dishwasher and washing machine pump sealing due to its heat-resistant properties. It is ideal for gaskets in coffee pots, electric fryers, and steam irons. Stereo earphone earpieces and head pads made of silicone eliminate external noise while providing soft comfort.

Silicone is an indispensable high-performance material in aerospace, capable of withstanding space's extreme cold and re-entry heat, extending aircraft part lifespan, reducing maintenance costs, and minimizing accidents. Applications include aircraft body cavity seals, electrical connectors, sealing switches, dust and waterproof covers, gaskets, O-rings in jet engines and hydraulic devices, oxygen masks, regulating diaphragms, hot air ducts, and radar wireless shock absorbers. Flame-resistant silicone coats rocket fuel valves, power source cables, and rocket launch well covers to prevent burning by rocket jet flow. Room temperature curing silicone serves as airtight seals, window frame seals, and shockproof/moisture-proof filling material.

Silicone offers excellent weather resistance and construction performance. As an adhesive sealant, it has been more widely used in construction than other sealant types. Recent developments include low modulus, high elongation two-component sealants for large-scale components like precast concrete and curtain walls with significant joint movement. Room temperature curing silicone is also used for sealing asbestos cement board joints, bathroom tile joints, and toilet appliance sealing. As silicone prices decrease, applications will expand further, potentially replacing asphalt and chloroprene rubber in highway joints. High temperature curing silicone sponge strips serve as building door and window sealing strips.