SMF625C-YZZ/C3 #5 NB2

Design Features of SMF625C-YZZ/C3 #5 NB2 Bearing

SMF625C-YZZ/C3 #5 NB2 Bearing seamlessly merges the distinct benefits of ceramic and steel components. The core of this bearing employs ceramic balls, housed within steel races. SMF625C-YZZ/C3 #5 NB2 bore dia is 5 mm. Its out dia is 16 mm. SMF625C-YZZ/C3 #5 NB2 width is 5 mm. The Flanged design further allows for easy positioning, leading to faster assembly and alignment, especially in applications where axial location is critical.

What Benefits Can SMF625C-YZZ/C3 #5 NB2 Bearing Provide?

• High-Speed Efficiency: Lighter ceramic elements enable faster operation with reduced centrifugal force.
• Enhanced Durability: Ceramic resists wear and handles high temperatures, extending service life.
• Reduced Friction: Ceramic balls reduce overall friction, lowering operational temperatures.
• Electrical Insulation: Prevents electrical arcing or current passage through the bearing.
• Corrosion Resistance: Ceramic’s inertness ensures resistance to corrosive environments.
• Precise Positioning: Flanged design allows for accurate axial location and stability, simplifying assembly processes.

What Can SMF625C-YZZ/C3 #5 NB2 Bearing Be Used for?

SMF625C-YZZ/C3 #5 NB2 Bearing is primarily used in applications requiring the combined benefits of ceramic and steel components, along with precise mounting capabilities. Its applications include:

• Electric Motors: It provides electrical insulation, preventing electrical erosion.
• High-Speed Machinery: Its low density and high hardness enable efficient high-speed operation.
• Precision Equipment: Used in CNC machines and precision instruments for enhanced accuracy and low friction.
• Automotive: Beneficial in high-performance and electric vehicles for efficiency and speed.
• Robotics: This bearing Offers precision, low friction, and durability, crucial for robotics.
• Pumps and Compressors: Improve efficiency and longevity due to reduced friction and wear resistance.