Enduro Bearings Deep groove ball bearing 63803 17 mm x 26 mm x 7 mm
Product Description
Deep groove ball bearing 63803 17 mm x 26 mm x 7 mm by Enduro Bearings
The Deep groove ball bearing 63803 17 mm x 26 mm x 7 mm from Enduro Bearings is designed specifically for use in hubs, ensuring smooth and reliable performance. Made from high-quality steel (52100) for both the inner and outer races, this bearing offers durability and resistance to wear. The LLB seal protects the bearing from dirt and moisture, extending its lifespan. With a ball bearing design, it provides low friction and efficient rotation. Its dimensions of 17 mm inner diameter, 26 mm outer diameter, and 7 mm width fit perfectly in standard hub setups. This bearing is engineered to meet the demands of cycling hubs, helping you maintain a smooth ride. The ABEC 3 bearing quality guarantees precise tolerances for consistent performance. If you want to keep your wheels spinning effortlessly, this bearing is a solid choice.
Technical Information:
- Ball material:
- Steel
- Recommended application:
- Hubs
- Inner race material:
- Steel (52100)
- Design Type:
- Ball Bearing (Deep Groove)
- Seal:
- LLB
- Outer race material:
- Steel (52100)
- Bearing Quality:
- ABEC 3
universal | 63803:
- Bearing identification:
- 63803
Product Features:
- High-quality deep groove ball bearing designed for smooth and reliable hub performance
- Made from durable steel (52100) for both inner and outer races ensuring long-lasting strength
- Equipped with ABEC 3 precision rating for efficient rotation and reduced friction
- Features LLB seals to protect against dirt and moisture, extending bearing life
- Optimized dimensions (17 mm x 26 mm x 7 mm) for versatile compatibility with various bike hubs
Manufacturer Number:
- universal | 63803: BB 63803 LLB-bag
Contents:
- 1 × Enduro Bearings 63803 Ball Bearing 17 mm × 26 mm × 7 mm
Manufacturer:
650 Lighthouse Ave. #120
Pacific Grove
CA 93950
USA
info@endurobearings.com
Distributor:
Leyher Straße 47
90763 Fürth
Germany
info@cosmicsports.de






