RK 525 ZXW XW-Ring Chain - 126 Links - Silver - 525ZXW-126-CLF

The RK 525 ZXW drive chain is engineered for the most demanding superbikes, delivering unparalleled strength and longevity. Built with advanced technology and superior materials, this chain ensures optimal performance and reliability for high-performance motorcycles.

Description

Designed to meet the extreme specifications of modern superbikes, the RK 525 ZXW chain features RK's exclusive XW-Ring technology. This innovative design incorporates two lubrication pools and three contact lips, creating a triple barrier structure that effectively seals in lubrication and prevents debris from entering the chain. This ensures reduced friction, smoother operation, and extended chain life. With the highest tensile strength in the RK series, this chain provides exceptional rigidity, offering instant response during acceleration. Ideal for street bikes up to 1300cc, the RK 525 ZXW drive chain is the ultimate choice for riders seeking maximum performance and durability. Its robust construction using carbon alloy steel guarantees reliability under the most demanding conditions. Installation is straightforward with the included rivet master link.

Features & highlights

• Engineered for extreme superbikes, ensuring top-tier performance.
• Features RK's exclusive XW-Ring technology for superior lubrication and sealing.
• Triple barrier structure prevents debris ingress, extending chain life.
• Highest tensile strength in the RK series for maximum power transfer.
• High rigidity provides instant throttle response.
• Designed for long-lasting durability and reliability.

Technical specifications

• Brand: RK
• Chain Size: 525
• Chain Type: 525 ZXW
• Color/Finish: Silver
• Material: Carbon Alloy Steel
• Maximum Engine Displacement (Street): 1300 cc
• Number of Links: 126
• Master Link Connector Type: Rivet
• Seal Type: XW-Ring
• Tensile Strength: 46.3 kN (10419 lb)
• Weight: 2.08 kg/100 Links

Important to know

Professional installation is recommended to ensure proper fitment and optimal performance.