Ceramicspeed has been one of the leading manufacturers of high performance bearings for the cycling industry since 2000.
Ceramic bearings for cycling.
Performance ceramic bearings have an enemy.
However ceramic bearings do not perform well when lubricated with grease lubricant.
Ceramic bearings are fitted to.
Ceramic bearings are often represented as the ultimate way to minimize rolling friction on your bike.
In most bearings the grease is the main source of friction.
Ceramicspeed is a danish company founded in 2007 that specialises in supplying high quality ceramic bearings to the cycling industry and is a favourite of many professional cycling teams you don t have to look far to spot the telltale company sticker on any frame or hub fitted with the bearings.
In addition to its better performance and friction reduction ceramic bearings began to be applied in cycling to give a solution to the corrosion problems suffered by metal bearings when they are wetted by rain mud etc.
The material is hard resistant to wear can be made into perfectly round balls with super tight tolerances and can be polished smoother than any metal.
Crafting the fastest bearing products for cycling and industry since 2004.
Full ceramic wheel bearings would be an amazing way to reduce friction in hubs.
Grease lubricant is the most commonly used type of lubricant in the cycling industry because it provides consistent lubrication over a long period of time with little to no maintenance.
The different styles of bearings loose ball loose ball in a retainer needle and cartridge are the main styles of bearing founds in cycling frames and components.
The problem here is that wheels take hard impacts from potholes.
The silicon nitride used to make ceramic bearings combines a set of material properties that makes it perfect for bicycle bearings.
On top of all that ceramic balls do not rust or oxidize.
A ball and retainer system is.
The influx of ceramic bearing development into the bike industry sparked needed focus on reducing rolling friction in bearings.
However the reality of why some bearing designs are faster than others doesn t always align with what is presented.