CLUTCH FRICTION PLATE SET HSQ TE400 01-04, ATHENA P40230007, WITH GASKET
Friction plates kit with clutch cover gasket. Athena clutch friction and steel plates are designed following the characteristics of original plates and guarantee high performance, reliability, and durability. Steel plates included in kits follow dimensions and thickness of original components. High resistance to corrosion ensures maximum durability and reliability even in extreme conditions. Great resistance to deformation and expansion caused by high temperatures ensures best traction and perfect feeling.
- SKU
- 04-P40230007
- Brand
- Athena
- Availability
- In Stock (1)
FULL DESCRIPTION
Athena Clutch Friction Plate Set with Gasket
Upgrade your motorcycle's clutch performance with this high-quality friction plate set from Athena. Designed to meet or exceed original equipment specifications, these plates offer exceptional performance, reliability, and durability for your off-road machine.
This comprehensive kit includes all the necessary friction plates and a clutch cover gasket, ensuring a complete and hassle-free replacement. Athena's friction plates are engineered for optimal engagement and smooth power delivery, providing riders with a superior feel and control, even in demanding riding conditions.
Key Features:
- Direct replacement for original clutch friction plates.
- Includes a high-quality clutch cover gasket for a complete seal.
- Manufactured to strict standards for maximum performance and longevity.
- Ensures smooth clutch engagement and reliable power transfer.
- Designed for durability, even under extreme off-road conditions.
- Easy installation without requiring modifications to original engine parts.
Materials and Construction:
- Friction plates are crafted from advanced materials to provide excellent grip and heat resistance.
- Steel plates, included in the set, are precisely manufactured to original dimensions and thickness.
- Steel plates offer high resistance to corrosion, ensuring long-term reliability.
- Engineered to resist deformation and expansion at high temperatures, maintaining optimal traction.
