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CeramicSpeed OSPW 3D Hollow Titanium Coated Shimano

£1,869.99

Finance available from £46.71 per month
with V12 Finance


Colour:

Oil Slick

Product is Out of Stock
Part Number:

112195

Experience a smooth and efficient ride with CeramicSpeed's oil slick finish OSPW system for Shimano 9250/8150. This delicately engineered product has been constructed using 3D printing technology, resulting in a hollow titanium construction that delivers incredible performance, durability and style.

Embrace the prevailing "oil slick" rainbow finish, accomplished through an aluminium titanium nitride coating applied using PVD (Physical Vaporization Deposition). This unique surface finish ensures each piece is distinct, with colour variation part of the PVD process. Owing to the exclusivity of the project, this product is available in limited quantities only.

Included in your package are a complete 13-tooth/19-tooth 3D printed Ti Oil Slick PVD OSPW System and a 15ml dropper bottle of CeramicSpeed Oil for pulley wheel bearings, designed to ensure longevity and sustained performance of your system.

The OSPW system for Shimano 9250 and 8150 promises a power saving of between 30-60% compared to a standard setup. Furthermore, the oversized pulley wheels offer a lifespan 3-5 times longer than standard pulleys on the market, ensuring durability and long-term use.

From installation to ongoing maintenance, we've got you covered. Check out online resources such as identification guides and video tutorials to get the most from your OSPW system. Please ensure that you properly lubricate your bearings at the points on the rear cage plate, this will ensure optimal performance and maximum longevity.

Invest in CeramicSpeed's OSPW system for Shimano 9250/8150, and experience for yourself the remarkable efficiency, longevity, and performance enhancements that this cutting-edge system provides.

Colours Oil Slick
Brand CeramicSpeed
SKUs / Part Numbers 112195

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