Composite conductive rubberIt is made by using natural or synthetic rubber as the matrix, metal powder, carbon black, carbon black, etc. as fillers, adding an appropriate amount of binder, and then rolling into sheets after mixing.
The use of composite conductive rubber:
Composite conductive adhesive is mainly used in the electronics industry, such as mobile phone batteries, computer motherboards, switch power supplies, electroacoustic equipment, audio equipment, communication equipment, power tools, household appliances, industrial controls, medical instruments, automotive parts, toys, military products, lighting fixtures, various instruments, electrical appliances, wires and cables, electric blankets, heating pads, heaters, hand warmers, heaters, hot water bags, hot air blowers, water heaters, rice cookers, induction cookers, irons, soldering irons, microwaves, telephones, televisions, air conditioners, refrigerators, washing machines, hair dryers, copiers, printers, scanners, video recorders, projectors, DVD players, recording pens, jukeboxes, laser typesetting, computers, networks, programmable telephones. Digital TV, microwave communication, satellite communication, fiber optic cable communication, data communication, power system, railway, highway, aviation, ship, petroleum, chemical, machinery, construction, textile, printing, packaging, home appliances, furniture, food, clothing, Entertainment venues, sports equipment, fitness equipment, leisure products, children's products, office supplies, teaching instruments, precision measurement, safety protection, fire alarm, anti-theft and riot control, military equipment, aerospace, nuclear energy, new energy, environmental protection, water treatment, agriculture, biotechnology, marine engineering, etc.
Composite conductive rubber is a common composite material, usually composed of two or more conductive materials, which can produce conductive effects under specific conditions. It has a wide range of applications in fields such as electronics, electrical, automotive, aerospace, etc.
Composite conductive rubber has the following characteristics:
High conductivity: Composite conductive rubber typically has high conductivity and can provide consumers with a good experience at lower resistance.
Good mechanical properties: Composite conductive rubber usually has high elasticity and compressive strength, and can maintain stable performance under high pressure.
Machinability: Composite conductive rubber usually has good processability and can be processed through molding processes, making it convenient and practical.
Wide applicability: Composite conductive rubber is commonly used in various fields, such as electronics, electrical, automotive, aerospace, etc., and has a wide range of application prospects.
Overall, composite conductive rubber is a composite material with good performance and application prospects, and is worthy of wide application in various fields.
