RK 525 ZXW XW-Ring Rivet Connecting Link - Silver - 525ZXW-CLF

The RK 525 ZXW Drive Chain Connecting Link is engineered for extreme superbike performance. This connecting link ensures your high-performance machine receives the power and durability it demands. Experience unmatched strength and reliability with this top-tier component.

Description

Designed to meet the rigorous specifications of modern superbikes, the RK 525 ZXW connecting link utilizes RK's exclusive XW-Ring technology. This innovative design features two lubrication pools and three contact lips, creating a triple barrier structure that effectively seals lubrication and prevents debris from entering the chain. This ensures maximum longevity and optimal performance. Boasting the highest tensile strength in the RK series, the 525 ZXW delivers exceptional rigidity, providing instant throttle response and superior power transfer. This connecting link is designed for riders who demand the best in strength, durability, and performance. Constructed from carbon alloy steel, it is compatible with motorcycles up to 1300cc.

Features & highlights

• Engineered for the latest extreme superbike models.
• Features RK's exclusive XW-Ring technology for superior lubrication.
• Triple barrier structure seals lubrication and prevents debris intrusion.
• Delivers the highest tensile strength within the RK series.
• Provides high rigidity for immediate acceleration response.
• Designed for maximum strength and extended chain life.
• Ensures reliable performance in demanding conditions.

Technical specifications

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

Important to know

This listing is for a single connecting link. Ensure proper installation using the appropriate tools and techniques. Consult your motorcycle's service manual for specific chain and connecting link requirements.