friktionsplattor

Friktionsplattor, often translated as friction plates or clutch plates, are essential components in many mechanical systems, primarily friction-based clutches. Their function is to generate the friction necessary to transmit torque from one rotating shaft to another, or to engage and disengage a power source from a driven mechanism. In a clutch, these plates are typically made of a material with a high coefficient of friction, such as a composite material containing friction modifiers and binders.

When a clutch is engaged, multiple friktionsplattor are pressed together with metal plates. The friction between these surfaces allows for the smooth transfer of rotational force. The design and material of friktionsplattor are crucial for clutch performance, affecting factors like engagement smoothness, heat dissipation, and wear resistance. Over time, the friction material on these plates wears down, necessitating replacement to maintain clutch functionality. They are a key element in vehicles, industrial machinery, and other applications where controlled engagement and disengagement of rotating power are required.