Kawasaki Z 900 RS ZR900C [Nissin] - sinter metal brake pads

✔️ New part

€49,00 EUR

Available Now!

When it comes to the safety and performance of your motorcycle, high -quality brake pads are essential. The Nissin Street/Off-Road Sintermetal Brake pads-2p-289st have been specially developed for high-performance tourers and super athletes and offer outstanding braking performance under a wide variety of conditions.

Technical data:

  • Product name: Nissi Brake Pads 2p-289st Sinter Metal
  • Designation: Nissin Street /Off-Road Sintermetal Brake pads-2p-289st
  • Category 1: Vehicle parts & accessories
  • Category 2: Chassis parts
  • Category 3: Chas. Brake Pads
  • Volume: 561 cm³
  • Weight: 262 g
  • Length: 170 mm
  • Width: 132 mm
  • Height: 25 mm
  • Use: sport
  • Brake blanket type: Spare part
  • Material: Sintered metal

Properties and advantages:

The Nissin sinter metal brake pads are made of high -quality sinter metal that ensures optimal performance in a wide variety of weather conditions. The properties of these brake pads include:

  • A high coefficient of friction, both at low and high temperatures, which ensures a constant braking performance.
  • A special heat protection design that increases the fading resistance and ensures that the braking power is preserved even with longer stress.
  • The exclusive use for stainless steel brake discs, which improves the compatibility and efficiency of the brake pads.

These brake pads are ideal for drivers who need reliable and efficient braking performance, be it on the street or in the area. Whether you are an enthusiastic sports driver or just want to make sure that your motorcycle works optimally at any time, the Nissin sinter metal brake pads offer the quality and performance you need.

Areas of application:

Developed for use in powerful touring and super sports motorcycles, these brake pads are the ideal choice for demanding drivers who value maximum security and performance. Their robust construction guarantees longevity and reliability under the most demanding conditions.