Enduro Bearings 6901 VV - Zero Ceramic

£41.99
This item is available and will be dispatched within 7-10 days
6MM-6901
Part Number:

EB8464

GTIN/UPC:

8101910123758

Find your perfect balance of performance and durability with the '6901 VV - Zero Ceramic' by Enduro Bearings. Designed with sophisticated technology, this premium quality product is built to heighten your cycling experience.

The exclusive use of Silicon Nitride (Si3n4) ceramic balls of Grade 3 quality combined with steel races, enhance the bearings to meet the most punishing of rides head-on. Not only does this unique combination ensure remarkable endurance, but it also significantly reduces friction, providing a smooth and steady ride every time.

Our engineers have treated every steel race with black oxide and ground them to a mirror finish. This superior treatment safeguards against corrosion, dramatically reducing maintenance time, while also facilitating near perfect efficiency and tolerances. This level of precision in our product design ensures a durable, high-performing bearing that meets the demands of any cycling enthusiast.

In addition, the 6901 VV - Zero Ceramic is sealed for optimum protection and lubricated with Kyodo Yushi PS-2 grease, expanding the product's lifespan and ensuring consistent, peak performance. With its application versatility, you can use this bearing on hubs and bottom brackets.

On top of all these, it comes at a lightweight 9.80g. While this might not seem significant, when it comes to biking, every gram counts. With a weight that’s practically negligible, you won’t compromise on performance.

Invest in '6901 VV - Zero Ceramic' by Enduro Bearings and experience the difference. This product will meet your need for speed and reliability, whether you're a novice rider or a seasoned cyclist. Get ready to take your cycling journey to an entirely new level.

Sizes 6MM-6901
Brand Enduro Bearings
Model Year 2023
Barcodes 8101910123758
SKUs / Part Numbers EB8464

Please note: Manufacturers can sometimes change the specification of the products from time to time.