Semi-metallic brake friction materials use a high metal content (30% to 70% steel, iron, copper) mixed with graphite and lubricants to provide strong, consistent stopping power
The greater advantage of semi-metallic brake pads:
> higher strength and thermal conductivity, high braking sensitivity
> high temperature braking efficiency, can be applied to high-speed, heavy-duty driving car braking conditions.
> strong temperature control ability and higher braking temperature.When braking, semi-metallic brake pads can help the surface of the brake disc to dissipate heat, and transfer the heat to the brake caliper and its components.
> More importantly, semi-metallic brake pads are cost effective.
The greater advantage of semi-metallic brake pads:
> higher strength and thermal conductivity, high braking sensitivity
> high temperature braking efficiency, can be applied to high-speed, heavy-duty driving car braking conditions.
> strong temperature control ability and higher braking temperature.When braking, semi-metallic brake pads can help the surface of the brake disc to dissipate heat, and transfer the heat to the brake caliper and its components.
> More importantly, semi-metallic brake pads are cost effective.
