6310/HC5C3 Deep Groove Ball Bearing 6310-HC5C3 50x110x27mm Hybrid Bearing 6310 HC5C3 Ceramic Ball Bearing
Key attributes
Industry-specific attributes
Applicable Industries
Manufacturing Plant, Machinery Repair Shops, Retail, Other
Bore Size
30 – 65 mm
Precision Rating
P6
Number of Row
Single row
Other attributes
Place of Origin
China
Type
BALL
Structure
Deep Groove
Model Number
6310/HC5C3
Seals Type
Open
Model name
Hybrid deep groove ball bearing
Material
chrome steel (GCR-15)
rolling element material
Si3N4
Service
OEM Service& Good service
Type
ball bearing
Quality standard
ISO 9001:2008 approved
Feature
Long Life .durable
Stock
yes
MOQ
2 Pcs
technical support
yes
Hybrid ceramic deep groove ball bearings
Hybrid ceramic single row deep groove ball bearings are composed of inner and outer rings made of bearing steel and rolling elements made of bearing grade silicon nitride (Si3N4), enabling the bearings to achieve electrical insulation. Deep groove ball bearings are the most commonly used type of bearing, especially in motors. Silicon nitride rolling elements not only prevent bearings from being damaged by current, but also enhance the performance of bearings, extend their service life, improve rotational speed capability, enhance wear resistance and bearing stiffness, reduce the risk of adhesive wear or pseudo Bush indentation, and have lower sensitivity to temperature changes compared to steel rolling element bearings of the same size. This feature makes it suitable for use in harsh working conditions and polluted environments.1. Prevent shaft from being damaged by overcurrent
2. Especially suitable for harsh conditions and polluted environments
3. Typical advantages of single row deep groove ball bearings
Hybrid ceramic single row deep groove ball bearings are composed of inner and outer rings made of bearing steel and rolling elements made of bearing grade silicon nitride (Si3N4), enabling the bearings to achieve electrical insulation. Deep groove ball bearings are the most commonly used type of bearing, especially in motors. Silicon nitride rolling elements not only prevent bearings from being damaged by current, but also enhance the performance of bearings, extend their service life, improve rotational speed capability, enhance wear resistance and bearing stiffness, reduce the risk of adhesive wear or pseudo Bush indentation, and have lower sensitivity to temperature changes compared to steel rolling element bearings of the same size. This feature makes it suitable for use in harsh working conditions and polluted environments.1. Prevent shaft from being damaged by overcurrent
2. Especially suitable for harsh conditions and polluted environments
3. Typical advantages of single row deep groove ball bearings