EBC CKF Friction Plate Set - Carbon Fiber - CKF2254

Upgrade your motorcycle's clutch performance with the EBC CKF Series Clutch Kit. This kit is engineered to provide enhanced durability, improved drive, and superior rider feel, ensuring optimal power transfer and a longer engine life. Perfect for both enthusiasts and professional riders seeking a reliable and high-performance clutch solution.

Description

The EBC CKF Series Clutch Kit features carbon-fiber impregnated friction plates, designed to withstand high temperatures and provide consistent performance under demanding conditions. These tough clutch plates not only extend the engine's life but also significantly improve the drive and overall rider experience. By increasing the heat threshold of the clutch, this kit ensures reliable performance even during aggressive riding or in high-stress situations. Installation is straightforward, making it a practical upgrade for any motorcycle enthusiast looking to enhance their bike's performance. With the EBC CKF Series, you can expect improved responsiveness, smoother transitions, and increased confidence on the road or track. Optimize your ride with a clutch kit designed for performance and durability.

Features & highlights

• Carbon-fiber impregnated friction plates for superior durability and heat resistance.
• Extends engine life by reducing wear and tear on critical components.
• Improves drive and power transfer for enhanced acceleration and responsiveness.
• Increases the heat threshold of the clutch, ensuring consistent performance.
• Enhances rider feel, providing smoother engagement and better control.
• Designed for easy installation, making it a hassle-free upgrade.

Technical specifications

• Brand: EBC
• Vendor Part Number: CKF2254
• Friction Plate Material: Carbon Fiber
• Product Name: Friction Plate Set
• Type: Clutch
• Units: Set

Important to know

Please ensure this clutch kit is compatible with your motorcycle's make and model before installation. Professional installation is recommended for optimal performance.