Chains
$11.00 - $13.00
The Z8 chain features inner plate chamfering and a z-bridge shape, making it suitable for a variety of riding styles.
- Inner plate chamfering to smooth shifting
- Z-bridge shape
- Links (links): 116
- Width: 7.1 mm
- Drivetrain Speeds: 6 , 7 , 8
- Chain Connection Type: Reusable Master Link
$13.00 - $16.00
The KMC S1 is a single-speed chain suitable for use with internally geared hubs, or any single speed drivetrain.
- High pin power with reinforced durability
- Offers a quieter riding experience
- Anti-drop design
- Inner plate chamfering helps to provide fast and smooth shifting
- Internal gear hub system compatible
- Links (links): 112
- Color: Silver
- Width: 9.3mm
- Drivetrain Speeds: Single Speed 1/2 x 1/8-inch
- Half Link Chain: No
$34.99
The KMC X-Series has been designed with the specific characteristics of the Shimano, SRAM, and Campagnolo systems in mind and will meet the most demanding requirements. Elaborately designed and manufactured, the X-Bridge technology, thanks to precisely chamfered plates, allows a smooth propulsion and perfect gear changes in all driving situations.
- Size: 1/2"x11/128"
- Length: 116 Links
- Weight: 273 grams
$35.00 - $140.00
KMC X12 chains feature a double X bridge shape for fast and smooth shifting.
- Compatible with SRAM 12-speed systems
- Double X bridge shape with inner and outer plate chamfering for smooth and fast shifting
- Mushroom riveted pins for the highest pin power and allows shifting under heavy loads
- 1/2 x 11/128
- 126 Links
$50.00
The KMC e101 chain is designed for single speed bikes such as BMX, fixed gear, or track, and is rated for use with an eBike motor.
- The KMC e101 chain is designed for single speed bikes such as BMX, fixed gear, or track, and is rated for use with an eBike motor.
- Triple X Durability technology means that this chain features KMC's highest durability rating
- Double X bridge shape with inner and outer plate chamfering for smooth and fast shifting
- Mushroom riveted pins for the highest pin power and allows shifting under heavy loads
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