Product Description
In applications where the faces of adjacent machine components can serve as raceways, needle roller thrust bearings take up no more space than a conventional thrust washer.
Needle bearings are normally lubricated with grease, but oil or oil-mist lubrication is preferred for heavy-duty or high-speed applications.
Bearing Steel made with heat treatment, provides high and uniform hardness, good wear resistance, and high contact fatigue performance.
Notice:
Keep clean to prevent dust from entering the bearing.
Do not make strong impact on the bearing during use.
Needle Roller Thrust Bearings can accommodate axial loads in one direction only.
Needle bearings are normally lubricated with grease, but oil or oil-mist lubrication is preferred for heavy-duty or high-speed applications.
Bearing Steel made with heat treatment, provides high and uniform hardness, good wear resistance, and high contact fatigue performance.
Notice:
Keep clean to prevent dust from entering the bearing.
Do not make strong impact on the bearing during use.
Needle Roller Thrust Bearings can accommodate axial loads in one direction only.
Product Information
- 【Package & Size】2 pieces AXK3047+2AS Thrust Needle Roller Bearings. I.D.=30mm,O.D.=47mm,Thickness=4mm; Washer Model: AS3047
- 【Material】Bearing steel rollers for heat tolerance and durability under heavy loads, reliable to use. Steel cage guides and evenly spaced rollers for reduced friction, vibration, and noise.Washers are made by spring steel for toughness and wear resistance.
- 【Features】Static basic load rating of 56KN and dynamic basic load rating of 13.04KN, 6000RPM Maximum Rotational Speed.
- 【Wide application】Suitable for agricultural machinery, conveying equipment, trailers, robots, elevators, rolling mills, rudder shafts, aggregate crushers, minibike, lathe or other equipments.
- 【Notes】Needle Roller Thrust Bearings can accommodate axial loads in one direction only. Combined with 2 washers for applications where adjacent machine components cannot serve as raceways.
