Mlxkell 608-2RS 8x22x7mm Roller Skate Bearings Ball Bearings and Double Rubber Sealed Miniature deep Groove Ball Bearings,Suitable for Skateboard Bearings,3D Printer RepRap Wheels,Inline wheels-22PCS
Mlxkell 608-2RS 8x22x7mm Roller Skate Bearings Ball Bearings and Double Rubber Sealed Miniature deep Groove Ball Bearings,Suitable for Skateboard Bearings,3D Printer RepRap Wheels,Inline wheels-22PCS
Product description ☆This 608-RS deep groove ball bearing can provide high quality, high speed and low noise. The protective cover protects the ball from dust and improves the speed and service life of the ball bearing. Specifications: ☆Inner Diameter: 8 mm; Outer Diameter: 22 mm; Thickness: 7 mm. Product Features: ☆ Closed with metal shields to protect the bearing from dust or any possible contamination. ☆ Fit for skateboards, inline skates, roller skates, scooters, and other skating applications, also available for 3D printer wheel bearings, CNC, EMAX, cooling fan etc. ☆Widely used in: Roller skates, Skateboarding, Twisting cars, Running shoes, In-line wheels, Double row wheels, MTB, SUV and other Extreme sports equipment. ☆ Also used in industrial engineering, such as Machinery, Power Transmission, Instrumentation, Household appliances, Internal combustion engines, Transport vehicles, Agricultural machinery, Construction machinery. Package Content : ☆22 x 608-RS Deep Groove Ball Bearing with Black Rubber Seal Cover
Product Features
- Material: High quality carbon steel.
- Model type: 608-RS. Product type: Single row deep groove ball bearings. DIMENSIONS: Inner Bore = 8 mm; Outer Diameter = 22 mm; Width = 7 mm.
- PRODUCT FEATURES: Low noise. High speed. High temperature resistance. Resistance to high load. Suitable for kinds of applications.
- WIDE APPLICATION:Fit for skateboards,robotics, inline skates, roller skates, scooters, and other skating applications, also available for 3D printer wheel bearings, CNC, etc.
- Rolling bearings use rolling elements to maintain the separation between moving parts to reduce rotational friction and support radial and axial loads.