KMC Chain eGlide 9/11V EPT 118s Shimano Cues

Name: Buy the KMC Chain eGlide 9/11V EPT 118s Shimano Cues | Fatdaddy Europe
SKU: 4715575885605
Price: 38 EUR
Availability: InStock

EPT-coated links deliver rust-proof strength and smooth shifts for your Shimano CUES e-bike, built to dominate 9-11 speed cassettes

€38

Livraison gratuite à partir de 50 € d'achat
Après livraison ou paiements mensuels avec Klarna & ALMA
Vous avez des questions ? Appelez-nous.

Unleash Maximum Power and Durability for Your E-Bike Drivetrain.

Struggling with chains that wear out too fast or fail under pressure? The KMC eGlide 9/11V EPT 118s Shimano CUES chain is engineered to deliver unmatched strength and longevity for e-bikes equipped with Shimano CUES rear derailleurs. Featuring reinforced links and a cutting-edge EPT anti-rust coating, this chain ensures consistent performance and resistance to corrosion even in the harshest urban environments.

Key Features

Compatible with 9-, 10-, and 11-speed cassettes for versatile use.
Extra reinforced links provide superior strength under high torque.
EPT coating offers long-lasting protection against rust and wear.
Optimized for Shimano CUES rear derailleurs ensuring perfect shifting.
Enhanced durability for extended chain life and reliable rides.

Technical Specifications

Designed specifically for e-bikes with Shimano CUES rear derailleur.
Compatible with 9-speed, 10-speed, and 11-speed cassettes.
Equipped with extra reinforced links for increased strength.
Coated with EPT (Electro Plasma Technology) for superior rust protection.
Chain length: 118 links.

Frequently Asked Questions

Is the KMC eGlide chain compatible with all Shimano e-bike systems?

The KMC eGlide EPT chain is specifically designed for Shimano CUES rear derailleurs and compatible with 9-, 10-, and 11-speed cassettes within that system.

How does the EPT coating improve chain performance?

The EPT coating provides long-lasting protection against rust and corrosion, significantly enhancing the chain’s durability and maintaining smooth shifting performance over time.