Regina 525 Zrp Drive Chain

The Regina 525 ZRP Drive Chain is engineered to deliver exceptional performance for high-powered motorcycles. Designed with advanced technology and premium materials, this chain ensures superior strength and durability for demanding riding conditions. Experience the difference a high-quality drive chain makes in your bike's performance.

Description

Specifically designed for high-performance motorcycles, the Regina 525 ZRP drive chain utilizes patented Z-rings to minimize friction and maximize power transfer. Assembled with high-alloy steel pins and plates, along with solid bushings and rollers, this chain is built to withstand the extreme mechanical stresses of modern superbikes. Shot peening of the plates, pins, and rollers enhances fatigue resistance, while pre-stressing optimizes performance right out of the box. The gold and natural finish adds a touch of style to this high-performance component. This chain is ideal for motorcycles with up to 1300cc engine displacement, offering reliability and smooth operation for serious riders.

Features & highlights

• Patented Z-rings provide superior sealing and reduced friction for enhanced performance.
• High-alloy steel construction ensures exceptional strength and durability.
• Shot-peened components increase resistance to fatigue and wear.
• Pre-stressed for optimal performance from initial installation.
• Suitable for motorcycles up to 1300cc.
• Rivet-type master link ensures a secure and reliable connection.
• Gold and natural finish for enhanced aesthetics.

Technical specifications

• Brand: Regina
• Chain Size: 525
• Chain Type: 525 ZRP
• Color/Finish: Gold, Natural
• Master Link Connector Type: Rivet
• Material: Steel
• Maximum Engine Displacement (Street): 1300 cc
• Number of Links: 116
• Seal Type: Z-Ring
• Tensile Strength: 41 kN (9215 lb)
• Weight: 2.05 kg/100 Links

Important to know

Professional installation is recommended to ensure proper fitment and performance. Rivet-type master link requires a specialized tool for installation.