Bmw R 1200 Nine T Scrambler [NEWFREN] - Dry clutch friction disc

✔️ New part

€94,00 EUR

Available Now!

The NEWFREN dry clutch friction disc is a specially developed component tailored to the needs of classic and modern motorcycle models such as BMW and Moto Guzzi. This high quality replacement part improves the performance and reliability of the clutch by effectively replacing the original parts.

Technical data:

  • Category: Motorcycle Parts & Accessories
  • Subcategory: Engine components, especially clutches
  • Material: Organic
  • Volume: 1232 cm³
  • Weight: 396g
  • Dimensions: 183mm x 182mm x 37mm

Product features and benefits

The NEWFREN dry clutch friction disc offers numerous advantages and features that make it an indispensable spare part for motorcycle enthusiasts:

High-performance materials

The use of high quality organic materials ensures outstanding performance under various operating conditions. The K-Line and KW-Line of clutch friction discs use an innovative synthetic aramid fiber known for its high mechanical tensile and heat resistance.

Overheating protection

A key feature of NEWFREN dry clutch friction discs is their ability to withstand overheating without loss of performance. The material does not vitrify even when exposed to extreme temperatures and quickly returns to its original properties once it cools.

Oil resistance

Another significant advantage is the resistance of the friction material to oil. Even in the event of accidental oil contamination, the material retains its functionality, increasing the reliability and longevity of the coupling.

Quality and origin

Each NEWFREN clutch friction disc is made in Italy, guaranteeing consistently high quality and excellent performance. "Made in Italy" stands not only for tradition and craftsmanship, but also for modern technology and innovation.

This combination of advanced technology, high-quality materials and careful workmanship makes the NEWFREN dry clutch friction disc an excellent choice for motorcyclists who value quality and performance.