This brake plate is a crucial element in the braking system, providing a surface for friction materials to act upon, thereby generating the force needed to slow or stop the equipment. It is manufactured to exact specifications for hardness and flatness, ensuring consistent performance and longevity, unlike worn or warped plates that can lead to uneven braking or reduced efficiency. Operators may notice a reduction in braking power, unusual noises during braking, or a tendency for the brakes to drag when this part begins to fail.
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Always replace brakes in axle sets. Bed-in new brake pads with 8–10 moderate stops from 40 km/h. Check disc runout with a dial gauge — maximum 0.1 mm. Inspect caliper slides and pistons when replacing pads.
Always consult the OEM service manual for model-specific torque values and procedures. WhatsApp our technical team if you need fitment guidance.
Early signs of a failing brake plate include a slight increase in the distance required to stop the machine or a subtle grinding noise during braking. If ignored, the plate can become severely worn or warped, leading to significantly reduced braking effectiveness and potential overheating of the entire brake system. Continued operation risks compromised control and potential damage to other brake system components.
Ensure that the mating surfaces of the brake caliper and rotor are perfectly clean and free of any debris or old friction material. Avoid applying excessive force when seating the plate, as this can cause misalignment.
When replacing the brake plate, it is critical to inspect the brake pads, caliper seals, and brake fluid for wear or contamination.