benelli tre 1130 k [EBC] – sintered racing brake pads "GPFAX" for road

✔️ New part
ID: 15318059057478

CHF 73.68

DELIVERY
Ready to ship | in 2-6 business days
Delivery with DHL in 4-9 business days.
PRODUCT DESCRIPTION

EBC sinter racing brake pads "GPFAX" for road

The EBC sinter racing brake pads "GPFAX" for the Benelli TRE 1130 K motorcycle model offer the highest quality and performance for demanding motorcyclists. Developed for racing, these brake pads also meet the high demands of road traffic by guaranteeing exceptional braking power and a long service life.

Product features:

  • ITEM NO. Manufacturer: GPFAX244HH
  • Version: GPFAX-HH Series
  • Thickness: 8.7mm (11/32")
  • Number of pieces: Set of 2
  • Type: Sintered metal

The "GPFAX" brake pads from EBC are made from a high-quality sintered metal that was specially developed for the extreme requirements of racing. This material composition provides outstanding heat resistance and is particularly effective in wet and dry conditions. The high density and hardness of the material allows for longer durability and consistent performance in a wide range of riding conditions.

Advantages of sintered racing brake pads:

  • Increased lifespan: By using sintered metal, these brake pads last longer than traditional brake pads, making them the ideal choice for racers and serious motorcycle enthusiasts.
  • Superior braking performance: The "GPFAX" series offers unmatched stopping power, ensuring precise control and safety even at high speeds and in severe conditions.
  • Optimal performance in all conditions: These brake pads are designed to work effectively in both wet and dry conditions, making them particularly versatile.

Whether on the race track or on the road, the EBC Sinter racing brake pads "GPFAX" for the Benelli TRE 1130 K are an excellent choice for drivers who do not want to compromise on the performance of their brakes. With a specific composition for high temperatures and fast braking, these brake pads offer reliable performance that can make the difference in critical moments.