Sell Flanged Bearing

Description

SMF*4ZZ Stainless Steel Flanged Ball Bearing 4mm/8m/3mm (shielded or sealed)

Structure: Deep Groove 
Type: Ball 
Brand Name: NSK, NTN, SKF, TGU
Bore Size: 4 mm 
Outside Diameter: 8 mm 
Model Number: SMF*4ZZ 
Precision Rating: ABEC*1,ABEC*3,ABEC*5 
Seals Type: OPEN,Z,ZZ,RS,2RS 
Number of Row: Single Row 
Place of Origin: China (Mainland) 
Material: Chrome,Carbon,Stainless steel 
Tolerance: ABEC*1,ABEC*3,ABEC*5 
Vibration: V1Z1,V2Z2,V3Z3 
Packaging: Industrial packing or according to c... 
Standard: International standard 

Flanged Deep Groove Ball Bearings SMF*4ZZ
1. ISO***0 Quality
2. Quick delivery good service
3.*2years suppliy bearings

Flanged Deep Groove Ball Bearings SMF*4ZZ

Item: SMF*4ZZ Flanged Ball Bearing
Type: Deep groove ball bearing
Closures: Metal Shields
Inner Diameter: 4mm
Outer Diameter: 8mm
Width: 3mm
Size: 4mm x 8mm x 3mm
Quantity: One Bearing
Dynamic load rating Cr: 0.*0 KN
Static load rating Cor: 0.*4 KN
Limiting Speed:
Grease Lubrication: *1,**0 RPM
Flanged Deep Groove Ball Bearings: Manufactured to the same principal sizes as standard bearings with metal shields these have an additional flange to allow fitting into housings flush against the shoulder of the flange. They are often used on steel tracks as guides and supports
Benefits: Cost effective replacement bearing, Flanged design

Flanged miniature bearings are available open, shielded or sealed.with bore sizes as small as 1mm. The smaller sizes are sometimes referred to as instrument bearings. Available in SAE****0 chrome steel and AISI**0C or KS**0 (ACD*4/X*5Cr*3) stainless steel, these metric sized deep groove radial flanged miniature bearings can withstand heavy radial loads and moderate thrust loads in both directions. Flanged miniature bearings have an outer ring flange to facilitate location in a housing.

Many of these flanged miniature bearings can be supplied to order with ceramic balls (hybrid bearings). Most sizes are available in stainless steel or passivated stainless steel for more corrosive environments