Insert ball bearing-Hybrid -

ID Ø (mm): 10mm to 180mm

ODØ (mm): 17mm to 600mm

max. Operating Temperature: +160°C

min. Operating Temperature: -30°C

Tolerance Available: P0,P6,P5

Clearance Available: C0, C3,C4 and C5

Seal: Open or NBR

Type of lubrication: Grease or Dry

Feature	Hybrid Ceramic Bearing	Steel Bearing
Speed Capability	Higher – lighter ceramic balls reduce centrifugal force, enabling higher RPM	Standard – limited by heavier steel balls
Friction & Heat	Lower friction, generates less heat during operation	Higher friction, more heat buildup
Corrosion Resistance	Better – ceramic balls resist moisture and chemicals	Lower – prone to rust without protection
Electrical Insulation	Yes – ceramic balls act as insulators, prevent current damage	No – conducts electricity, risk of electrical pitting
Service Life	Longer – less wear, higher durability in harsh conditions	Shorter – more wear, sensitive to contamination

Rings: Stainless steel

Balls: Ceramic (ZrO2)

Retainer: PA66

✅ High Speed Capability – Ceramic balls are lighter than steel, reducing centrifugal force and enabling higher RPM operation
✅ Low Friction & Less Heat – Smooth ceramic surfaces reduce rolling resistance, resulting in lower operating temperatures
✅ Longer Service Life – Less wear on the raceways and reduced risk of seizure extend bearing life
✅ Excellent Corrosion Resistance – Ceramic balls are chemically inert and resist moisture and most chemicals
✅ Electrical Insulation – Ceramic balls act as insulators, preventing electrical pitting and current leakage (ideal for electric motors)
✅ High Hardness & Stiffness – Greater hardness of ceramic balls improves rigidity and dimensional stability under load
✅ Reduced Lubrication Needs – Operates with minimal lubrication, useful in cleanroom or vacuum applications
✅Lightweight – Lower mass of ceramic balls reduces vibration and noise levels
✅ Temperature Resistance – Stable performance in both high and low temperature environments