RK 420 MXZ Non-Seal Chain - 104 Links - Gold - GB420MXZ-104-CL

Upgrade your motorcycle's performance with the RK 420 MXZ Heavy Duty Drive Chain. This high-performance chain is engineered for superior strength and durability, ensuring reliable power transfer and longevity. Ideal for both off-road and street applications up to 150cc, the RK 420 MXZ delivers exceptional value and performance.

Description

The RK 420 MXZ Heavy Duty Drive Chain is constructed from chromoly steel, featuring seamless rollers and bushings, and oversized alloy pins. This robust construction significantly enhances the chain's tensile strength, providing dependable performance under demanding conditions. Its gold finish not only adds a touch of style but also improves corrosion resistance. Easy to install with the included clip-type connecting link, this chain is perfect for riders seeking a dependable and high-performing upgrade. Experience improved power delivery and reliability with the RK 420 MXZ – the ultimate choice for your motorcycle's drivetrain.

Features & highlights

• Constructed from high-quality chromoly steel for exceptional strength and durability.
• Features seamless rollers and bushings to minimize friction and maximize efficiency.
• Oversized alloy pins provide increased resistance to wear and breakage.
• Gold finish enhances corrosion resistance and adds a stylish look.
• Includes a clip-type connecting link for easy and secure installation.
• Suitable for both off-road and street motorcycles with engine displacements up to 150cc.

Technical specifications

• Brand: RK
• Chain Size: 420
• Chain Type: 420 MXZ
• Color/Finish: Gold
• Master Link Connector Type: Clip
• Maximum Engine Displacement (Offroad): 150 cc
• Maximum Engine Displacement (Street): 150 cc
• Number of Links: 104
• Seal Type: Non-Seal
• Tensile Strength: 22.2 kN (5000 lb)
• Weight: 0.80 kg/100 Links

Important to know

Ensure this 420 chain is compatible with your motorcycle's sprocket size and engine displacement. Professional installation is recommended for optimal performance and safety.