Las placas de fricción de ingeniería generalmente se refieren a los componentes utilizados en varios equipos mecánicos para reducir el contacto directo entre los componentes mecánicos, reducir la fricción, el desgaste, evitar el sobrecalentamiento y transmitir energía . Se usan ampliamente en sistemas de frenado, embragues, transmisiones automáticas y otras situaciones que requieren control de transmisión de energía {}}}
Friction plates are usually made of friction materials, which have a high coefficient of friction and can generate sufficient friction when applying pressure. Friction materials can be metals, ceramics, organic composite materials, or composite materials of these materials. According to different applications, the design and material selection of friction plates may also vary to meet specific performance requirements, such as high temperature resistance, wear resistance, good Estabilidad térmica, etc. .
In the braking system, friction plates are used in conjunction with brake discs or drums. When the driver steps on the brake pedal, the friction plates are pressed against the brake discs or drums, generating friction and slowing down or stopping. In the clutch, friction plates are used to connect or disconnect power transmission between the engine and transmission.
