CHAINS

Description The Shimano CN-6701 chain is designed for 2x10-speed drivetrains. Thanks to optimised outer plates, it delivers improved performance for

DESCRIPTION Shimano CN-HG901 11-speed Chain with Quick-Link Shimano HG-X11 directional chain realize more smoother shifts and greater overall perform

DESCRIPTION Perfect for 10-speed mountain bikes, the HG-54 is a directional Super Narrow HG-X chain with a mud-shedding design. DETAILS Mud shedding

DESCRIPTION Shimano's XT 9-speed chain features their Hyperglide technology and is recommended for Ultegra, Deore XT, and Nexave C900/C600 drivetrain

DESCRIPTION The X series are very light chains and because of the weight reduction the chain has many important benefits such as super fast shifting,

DESCRIPTION Top-level limited edition KMC X11TT 11-speed speed chain, designed for road racing and time trial. Suitable for Campagnolo, Shimano, and

DESCRIPTION The X11 chain from KMC has been specially designed for fast, smooth, and precise shifting thanks to its half nickel-plated outer plates.

DESCRIPTION Shimano DEORE CN-M6100 12-speed Chain with Quick-Link The special design of the new Shimano DEORE CN-M6100 12-speed chain ensures improve

DESCRIPTION The Shimano SLX CN-M7100 12-speed chain has been thoroughly redesigned and is a central part of the SLX M7100 groupset. Precisely formed

DESCRIPTION The Shimano 11-speed chain CN-HG701-11 is a directional, high-quality HG-X11 chain that fits Ultegra and XT groupsets perfectly. Thanks t

DESCRIPTION Shimano's XT 9-speed chain features their Hyperglide technology and is recommended for Ultegra, Deore XT, and Nexave C900/C600 drivetrain

DESCRIPTION Hyperglide (HG) series 9-speed compatible chain, recommended for Deore and Tiagra drivetrains. HG technology has chamfered inner plates t

DESCRIPTION The CN-HG71 from Shimano was introduced as a spare for the beloved HG91, HG71 and HG50 chains. The inner outer plate, designed for better

DESCRIPTION DLC Series chains with titanium-carbon-nitrade coating have an extremely hard surface and therefore reduced friction. The result: smooth