CLUTCH FRICTION PLATE SET HSQ TE400 05-09, ATHENA P40230006, WITH GASKET

£90.78
1

Friction plates kit with clutch cover gasket. Designed following the characteristics of the original plates, Athena's clutch friction and steel plates for off-road motorbikes guarantee high performance, reliability, and durability. Installation is easy and does not require modification of the engine's original parts. The included steel plates match the dimensions and thickness of original components, offering high resistance to corrosion and maximum durability in extreme conditions. Their resistance to deformation and expansion at high temperatures ensures optimal traction and a perfect feel for the rider.

Specifications
SKU
04-P40230006
Brand
Athena
Availability
In Stock (1)
General Product Group
Clutch & Transmission
General Product Type
Clutch Kits & Plates
Variant Id
311354
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

Athena Clutch Friction Plate Set with Gasket

Upgrade your motorcycle's clutch system with this high-performance Athena Clutch Friction Plate Set. Designed to meet original equipment specifications, these plates offer exceptional performance, reliability, and durability for your off-road adventures.

This comprehensive kit includes precisely engineered friction plates and a clutch cover gasket, ensuring a complete and straightforward installation. Athena's advanced materials and manufacturing processes guarantee that these plates will maintain their integrity and performance even under the most demanding riding conditions.

Key Features:

  • Direct replacement for original clutch friction plates.
  • Includes a high-quality clutch cover gasket for a complete service.
  • Manufactured to original equipment dimensions for easy installation without engine modifications.
  • High resistance to corrosion for maximum longevity.
  • Engineered for superior traction and a responsive clutch feel.
  • Built to withstand extreme temperatures and high stress.