SKF NKI 10/16 10mm I.D Needle Roller Bearing, 22mm O.D

SKF Needle Roller Bearings have low sectional height and very high load carrying capacity for their size.

Needle roller with inner ring
Extremely suitable for bearing arrangements where radial space is limited
Needle Roller Bearings without flanges are separable, i.e. the outer ring, the needle roller and cage assembly and Inner Ring can all be mounted separately. In many applications, this considerably facilitates mounting
Used where it is not possible or economical to harden and grind the shaft

This SKF roller bearing is a single-row needle bearing with a 10mm inside diameter and a 22mm outside diameter. Designed for applications with high radial loads and limited radial space, its 16mm race width and open ends make it easy to install in various machinery. The bearing's construction from high-quality carbon chromium steel ensures durability and a long operational life.

• With a dynamic load rating of 10.2 kN and a static load rating of 12.5 kN, it effectively handles significant radial forces
• The needle roller type allows for a compact design, making it ideal for applications with limited space
• Constructed from carbon chromium steel with a metal cage, the bearing offers robust performance and resistance to wear
• It has a limiting speed of 28,000 rpm and a maximum speed of 26,000 rpm with oil lubrication, suitable for high-speed rotational applications
• Its parallel bore type and open end design allow for flexible integration into different machine assemblies

• Used in transmissions, engines, and gearboxes where high radial loads and compact designs are necessary
• Found in pumps, compressors, and various manufacturing equipment
• Integrated into drills and other power tools to support rotational components
• Utilised in robotic arms and joints to handle precise movements under load

Static load rating (12.5 kN) refers to the maximum load a non-rotating bearing can withstand without permanent deformation. Dynamic load rating (10.2 kN) is the load a rotating bearing can handle for a specific number of revolutions without fatigue damage.

Grease provides a thicker, more stable lubricant film but can generate more heat at higher speeds. Oil is more fluid, which allows it to dissipate heat more effectively, enabling the bearing to operate at a higher maximum speed (26,000 rpm).

The fatigue limit load (1.53 kN) is the maximum load that the bearing can withstand indefinitely without experiencing material fatigue, assuming proper lubrication and installation.