Designed for ease of use, this fantastic set makes cabling incredibly simple. Coming complete with everything you need to install new gears or completely overhaul your existing set-up, this is a perfect kit for fast and effective maintenance.
The removal of traditional mechanical cables in favour of electrical wires not only eliminates poor shifting caused by contaminates, corrosion and stretching, but provides effortless gear shifts.
Coming complete with all you need to replace your bike's gear cables, the Shimano stainless steel shift cable boasts an outer casing that has a special construction process. This makes for an axially stiff outer casing that transmits shifting movements accurately and quickly. Also, the outer casing is lined with a polymer sheath and lubricated internally along its length with low-friction silicone, assisting with the smooth operation of the inner gear cables.
This is perfect if you wish to run multiple satellite shifters or simply tidy up the routing of your internal Di2 cables. Works with the SM-JC40 external or SM-JC41 internal junction box.
Designed to protect your externally routed Shimano Di2 cables.
Fitting new gears or completely overhauling your gear cabling couldn't be easier, as this Shimano Dura-Ace gear cable kit comes with everything you need in one pack. It includes 1.2mm polymer coated inner wires (1x 2100mm, 1x 1800mm), SP41 outer casing for a complete bike (1x 1700mm) and all the required cable end caps. The polymer coated stainless steel inner cable on this Shimano Dura-Ace gear cable set leaves a smooth surface for low friction and reduced sliding resistance providing a lighter quicker shifting operation. The outer casing is lubricated internally along its length with low-friction silicone grease to reduce cable friction. Also, SP 41 outer casing uses a special directional wound construction process that makes for an axially stiff cable that transmits shifting movements accurately and quickly. Plus, this outer casing is lined with a polymer sheath to assist with the smooth operation of the inner cable.
Die-extruded PTFE coated inner wire leaves a smooth surface for low friction in use, and stainless steel provides smooth shifting and higher corrosion resistance.
Fitting new gears or completely overhauling your gear cabling couldn't be easier as the Shimano Optislick gear cables have everything you need in one pack. Optislick is electrically coated to the stainless steel inner wire leaves a smooth surface for low friction and reduced sliding resistance. The outer casing in the Shimano Optislick gear cable set is lubricated internally along its length with low-friction silicone grease to reduce cable friction. The SP41 outer cable uses a special directional wound construction process that makes for an axially stiff cable that transmits shifting movements accurately and quickly. It's also lined with a polymer sheath to assist with the smooth operation of the gear inner cable.
Shimano's outer gear cable casing is lubricated internally to provide low-friction for smooth shifting on your road or mountain bike. This polymer lined outer gear cable casing is for use with 1.2mm inner cables.
The Shimano stainless steel shift cable is a precision ground round inner wire, which offers you a smooth, low friction shifting action with increased service life due to its anti-corrosion nature.
This Campagnolo compatible gear kit was developed in order to optimise the operation of your Campag equipment. K.ble No. 3 kit guarantees you perfect operation at an affordable price. This kit contains all the necessary elements for the complete replacement of your gear system.
Diversity of pleasures, diversity of uses, diversity of needs. For 50 years, Transfil has created, developed, tested and manufactured brake and gear systems for your bike in conformity with the leading bicycle and component manufactures and for every outdoor use : extreme, road and mountain biking. A cable is composed of an inner core and an outer core. The inner core is composed of one steel thread surrounded by 6 threads making one strand. At this point a simple strand or multi-strand cable can be produced. The composition of a single strand cable is (1+6) + 12 = 19 threads, and a multi-strand is (1+6) x 7 = 49 threads. Lasers have been set in place to increase production as well as to control the diameter on a permanent basis and in case of any anomalies stop the machine. Each laser sends out the information acquired to a central computer unit where statistics and analysis can be retrieved.