BRAKE PADS SINTERED PROX, PROX 37.196302
ProX sintered brake pads are produced using a strict sintering process where metallic particles are fused together with heat and pressure. Sintered brake pads offer superior material properties, resisting high temperatures during heavy braking and providing greater durability than organic brake pads. These pads deliver strong, controllable brake power and long life. They are designed with a softer compound for front pads and a slightly harder compound for rear pads. A complete range of sintered brake pads for MX, Dirtbike, and ATV applications is available from stock. Features sintered brake pads for strong, controllable power and long life.
- SKU
- 39-470.H.PROX
- Brand
- Pro-X Racing
- Availability
- In Stock (1)
FULL DESCRIPTION
ProX Sintered Brake Pads
Experience superior braking performance with ProX Sintered Brake Pads. These pads are manufactured using a precise sintering process where metallic particles are fused together under intense heat and pressure. This method creates brake pads with exceptional material properties, offering remarkable resistance to high temperatures experienced during demanding braking situations. Sintered pads generally provide greater durability compared to organic brake pads.
ProX sintered brake pads are engineered to deliver strong, controllable braking power while ensuring a long service life. They are available in compounds designed for both front and rear applications, with front pads often featuring a softer compound and rear pads a slightly harder compound for optimal performance across different braking needs. A comprehensive range of sintered brake pads for MX, Dirtbike, and ATV applications is readily available.
- Sintered brake pads for powerful, controllable braking.
- Designed for long-lasting performance.
- Suitable for MX, Dirtbike, and ATV use.
- Produced through a strict sintering process for superior material properties.
- Resist high temperatures effectively during heavy braking.
- Available in compounds optimized for front and rear applications.
ProX 37.196302