RK 525 ZXW XW-Ring Chain - 114 Links - Gold - GB525ZXW-114-CLF

The RK 525 ZXW Drive Chain is engineered for extreme superbike performance. Featuring RK's exclusive XW-Ring technology, this chain delivers unmatched strength and longevity. Dominate the road with confidence, knowing you have a chain built to withstand the most demanding conditions.

Description

This 525 ZXW chain is designed to meet the rigorous specifications of modern superbikes, offering exceptional performance and durability. The innovative XW-Ring design incorporates two lubrication pools and three contact lips, creating a triple barrier structure that effectively seals lubrication and prevents debris from entering the chain. This advanced design ensures consistent performance and extended chain life. With a tensile strength of 46.3 kN (10406 lb), the RK 525 ZXW stands as the strongest in the RK series. Its high rigidity provides instant response during acceleration, translating directly to enhanced control and a more exhilarating riding experience. The gold finish adds a touch of style to its robust functionality. Suitable for motorcycles up to 1300cc, this chain offers superior reliability and performance.

Features & highlights

• Unmatched strength and longevity for extreme superbike applications.
• Exclusive XW-Ring technology ensures superior lubrication and debris protection.
• Triple barrier structure maximizes chain life and minimizes wear.
• High tensile strength (46.3 kN / 10406 lb) for ultimate reliability.
• High rigidity delivers instant throttle response and enhanced control.
• Suitable for motorcycles up to 1300cc displacement.
• Eye-catching gold finish adds a touch of style.

Technical specifications

• Brand: RK
• Chain Size: 525
• Chain Type: 525 ZXW
• Color/Finish: Gold
• Master Link Connector Type: Rivet
• Material: Carbon Alloy Steel
• Maximum Engine Displacement (Street): 1300 cc
• Number of Links: 114
• Seal Type: XW-Ring
• Tensile Strength: 46.3 kN (10406 lb)
• Weight: 2,08 kg/100 Links

Important to know

Professional installation is recommended for optimal performance and safety.