EK 420 SRO O-Ring Chain - 132 Links - Steel - 420SRO-132

The EK 420 SRO chain is a high-value, O-ring sealed drive chain that delivers exceptional durability and performance without breaking the bank. Engineered for motorcycles up to 100cc, this chain ensures reliable power transfer and longevity on the road or track.

Description

Built with heat-treated steel alloy, the EK 420 SRO chain provides superior strength and resistance to wear. The O-ring seals effectively lock in lubrication while preventing dirt and debris from entering the chain links, significantly extending the chain's lifespan and reducing maintenance. With a tensile strength of 19.1 kN (4300 lb), this chain can handle the demands of smaller displacement motorcycles. The included clip-type connecting link simplifies installation, making it an ideal choice for both professional mechanics and DIY enthusiasts. Trust EK's reputation for quality and performance with the 420 SRO chain, your go-to choice for a dependable and long-lasting drive chain.

Features & highlights

• Value-driven O-ring chain providing exceptional durability and performance.
• Heat-treated steel alloy construction ensures high strength and wear resistance.
• O-ring seals lock in lubrication and prevent dirt ingress, extending chain life.
• Suitable for motorcycles with a maximum engine displacement of 100cc.
• Clip-type connecting link included for easy installation.
• Offers a tensile strength of 19.1 kN (4300 lb) for reliable power transfer.
• Designed for enthusiasts and professionals seeking a dependable drive chain.

Technical specifications

• Brand: EK
• Chain Size: 420
• Chain Type: 420 SRO
• Color/Finish: Natural
• Master Link Connector Type: Clip
• Material: Steel
• Maximum Engine Displacement (Street): 100 cc
• Number of Links: 132
• Seal Type: O-Ring
• Tensile Strength: 19.1 kN (4300 lb)
• Weight: 0.78 kg/100 Links

Important to know

Ensure the EK 420 SRO chain is the correct size and type for your specific motorcycle model. Professional installation is recommended for optimal performance and safety.