Certified Safe Enduro Zero Derailleur Pulleys For Shimano 11-speed Now 90% Cheaper [SpKi5df8]

Certified Safe Enduro Zero Derailleur Pulleys For Shimano 11-speed Now 90% Cheaper [SpKi5df8]

The Enduro ZERO Derailleur Pulleys are designed for Shimano 11-speed drivetrains, offering top-tier performance and durability. These pulleys are engineered to reduce drag and enhance the overall efficiency of your bike. With their high-quality construction and advanced materials, they are the perfect choice for cyclists seeking to gain an edge on the road or trail.

• Grade 5 ceramic bearings ensure smooth operation and long-lasting performance.
• ABEC 5 precision cartridge bearings and CERBEC USA Grade 3 Si3n4 Silicon Nitride balls provide unparalleled precision and durability.

Technical Specifications

The Enduro ZERO Derailleur Pulleys are built to the highest standards, featuring cutting-edge technology and superior materials. Each pulley is meticulously crafted with 52100 high carbon Chromium alloy races, which are treated with 3 cryogenic processes for enhanced hardness and durability. The races also receive a rust-proof Magnetite finish to ensure longevity in all weather conditions.

• Non-contact Silicone labyrinth seals protect the bearings from debris and moisture, maintaining smooth operation.
• A Nylon/graphite retainer provides additional stability and reduces the risk of clogging.

Practical Uses and Benefits

Whether you're a professional cyclist or a weekend warrior, the Enduro ZERO Derailleur Pulleys offer numerous benefits. Their lightweight design and superior performance make them ideal for races, training rides, or daily commutes. By reducing drag and improving shifting efficiency, these pulleys can help you achieve faster times and greater comfort on the road or trail.

• Sold in pairs, these pulleys are easy to install and provide a seamless and hassle-free upgrade to your Shimano 11-speed drivetrain.
• With a weight of just 9 grams, they won't add unnecessary weight to your bike, ensuring you maintain optimal performance.