Rear Hub Ceramic Bearing Kit For Circuit Rear Hub, Hybrid Ceramic Deep Groove Bearings With Steel Rings And Ceramic Balls, Double Sealed, Low Friction Grease Lubrication, Corrosion Resistant Chrome Steel Balls For Reliable Performance
Title
Regular price
$19.99
Sale price$29.99you save $10.00
SKU: Kit179646
UPC: 00193019256770
UPC: 00193019256770
Type: Hybrid Ceramic Deep Groove ball Bearings (steel rings with ceramic balls)
Fits Easton / Velomax Circuit Rear HUB Bicycle
Closures: Rubber Sealed
Closure Side: Double Sided Seals
Lubrication: Low Friction Grease
Fits Easton / Velomax Circuit Rear HUB Bicycle
Closures: Rubber Sealed
Closure Side: Double Sided Seals
Lubrication: Low Friction Grease
Ceramic Bearing Kit for Circuit Rear Hub Bicycle
✔️ Hybrid ceramic deep groove bearings, set of 2, rubber sealed
✅ Fits rear hub closures with rubber seals and double-sided seals
✅ Low-friction grease lubrication and corrosion-resistant chrome steel balls
✅ Pack of 2 bearings for a single rear wheel setup
✅ Lightweight, high-precision parts for smoother rotation
- Reduces wear and heat during long rides
- Provides dependable operation in high-speed cycling
✔️ Hybrid ceramic deep groove bearings, set of 2, rubber sealed
These hybrid ceramic deep groove bearings are designed for the rear hub of compatible bicycles. They fit rubber-sealed closures with double-sided seals and come pre-lubricated with low-friction grease for smoother rotation and longer life.
✅ Hybrid ceramic deep groove bearings (steel rings, ceramic balls)✅ Fits rear hub closures with rubber seals and double-sided seals
✅ Low-friction grease lubrication and corrosion-resistant chrome steel balls
✅ Pack of 2 bearings for a single rear wheel setup
✅ Lightweight, high-precision parts for smoother rotation
💡 What is a handy long-tail question about bicycle hub bearing kits used for?
Ceramic bearings in hubs are handy upgrades for improving spin and longevity.
- Improves rotation efficiency in rear hubs- Reduces wear and heat during long rides
- Provides dependable operation in high-speed cycling
Share