BRAKE PADS SINTERED PROX, PROX 37.102102

¥4,747
1

PROX Sintered Brake Pads 37.102102. These 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 pads. ProX sintered brake pads deliver strong, controllable brake power with a long service life. The pads are designed with a softer compound for front applications and a slightly harder compound for rear applications. A comprehensive range of sintered brake pads for MX, Dirtbike, and ATV is available from stock. Features include strong, controllable power and long life.

Specifications
SKU
39-115.H.PROX
Brand
Pro-X Racing
Availability
In Stock (12)
General Product Group
Braking
General Product Type
Brake Pads
Variant Id
236325
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

ProX Sintered Brake Pads

These ProX brake pads are manufactured using a highly controlled sintering process. This method fuses metallic particles together under precise heat and pressure, resulting in brake pads with superior material properties. Sintered brake pads are known for their exceptional resistance to high temperatures during demanding braking situations and offer significantly greater durability compared to organic brake pads.

ProX sintered brake pads deliver strong, controllable braking power combined with an extended lifespan. They are engineered with a slightly softer compound for front applications and a marginally harder compound for rear applications, optimizing performance for each axle. A comprehensive selection of sintered brake pads for Motocross (MX), Dirt Bikes, and ATVs is readily available from stock.

Key Features:
  • Sintered construction for enhanced performance and longevity.
  • Resistant to high temperatures, ideal for aggressive braking.
  • Provides strong and controllable braking power.
  • Offers extended durability over conventional brake pads.
  • Engineered with specific compound variations for front and rear applications.