EK 520 SRX2 QX-Ring Chain - 110 Links - Natural - 520SRX2-110

The EK 520 SRX2 Chain is engineered for superior performance and durability, making it an excellent choice for both competition and OEM replacement. This high-performance drive chain ensures reliable power transfer and extended lifespan, giving you the confidence to tackle any riding condition.

Description

The EK 520 SRX2 chain features lightening holes to reduce weight without compromising strength. Its innovative Quadra X-Ring design significantly reduces friction and increases chain life by 1.5 to 2 times compared to standard O-ring chains. This translates to less maintenance and more riding time. Suitable for both off-road and street applications, this 520 chain can handle up to 650cc off-road and 750cc street bikes. The EK 520 SRX2 chain delivers exceptional tensile strength of 37.8 kN (8500 lb), ensuring reliable performance under demanding conditions. This steel chain is the perfect upgrade or replacement for your motorcycle's drive system.

Features & highlights

• Increased chain life by 1.5-2 times compared to standard O-ring chains thanks to the Quadra X-Ring design.
• Lightening holes reduce weight without sacrificing strength.
• Reduced friction for smoother and more efficient power transfer.
• Suitable for off-road bikes up to 650cc and street bikes up to 750cc.
• High tensile strength of 37.8 kN (8500 lb) for reliable performance.
• Includes both clip-type and rivet connecting links for flexible installation options.

Technical specifications

• Brand: EK
• Chain Size: 520
• Chain Type: 520 SRX2
• Color/Finish: Natural
• Master Link Connector Type: Clip
• Material: Steel
• Maximum Engine Displacement (Offroad): 650 cc
• Maximum Engine Displacement (Street): 750 cc
• Number of Links: 110
• Seal Type: QX-Ring
• Tensile Strength: 37.8 kN (8500 lb)
• Weight: 1.57 kg/100 Links

Important to know

This chain includes both a clip-type master link and a rivet connecting link (hollow). Professional installation is recommended for the rivet connecting link.