|
Ball Bearing
|
Deep Groove Ball Bearing
|
60 **,618 ** (1008), 619**(1009),62 **, 63 **, 64 **,
160 **(70001 )
|
|
Thrust Ball Bearing
|
511 ** (81) ,512 **(82) ,513 (83) ,514 ** (84) series and Angular Contact Thrust all Bearings like: 5617 ** (1687) ,5691 ** (91681), 5692 ** (91682) series
|
|
|
Angular Contact Ball bearing
|
SN718 **(11068 ) ,70 ** 72 **,73 **, and B (66), C (36), AC (46) series ; otherwise include QJ and QJF series
|
|
|
Roller Bearing
|
Spherical Roller bearing
|
239**, 230**,240**, 231**, 241**, 222**, 232**, 223**, 233**, 213**, 238**, 248**, 249**and special series include 26** i.e 2638 (3738), 2644 (3844) and so on
|
|
Taper Roller Bearing
|
329**(20079),210**(71), 320**(20071),302**(72), 322**(75), 303**(73), 313**(273),323**(76), 3519**(10979), 3529**(20979),3510**(971), 3520**(20971),3511**(10977), 3521**(20977), 3522**(975), 319**(10076),3819**(10779),3829**(20779), 3810**(777,771), 3820**(20771), 3811**(10777,777) for example: 77752, 77788, 77779 and also include Inch series bearings suchas 938/932 single and double row i.e M255410CD etc.
|
|
|
Thrust Roller Bearing
|
292**(90392), 293**(90393),294**(90394),994**(90194), and 9069 series.
|
|
|
Cylindrical Roller Bearing
|
NU10**, NU2**,NU22**, NU3**,NU23**, NU4**, N, NJ ,NUP series as well as NB, NN, NNU series of big bearings, and we also have Split Bearings 412740, 422740 used in cement industry.And FC, FCD series used inSteel Industry.
|
Tapered roller bearings can bear radial load and unidirectional axial load. When a load is applied to the bearing, an axial component of force will be generated. Therefore, like angular contact ball bearings, two bearings are generally used oppositely, or they must be used in the form of double-row bearings. In this case, you can adjust the distance between the inner ring or the outer ring to set a proper internal clearance.
Inch series tapered roller
In tapered roller bearings, in addition to the metric series, there are also inch series. Inner ring components and outer rings of inch series bearings other than four-row tapered roller bearings have their own codes.
Double row tapered roller bearings
Paired double tapered roller bearings and double row tapered roller bearings
In tapered roller bearings, in addition to the metric series, there are also inch series. Inner ring components and outer rings of inch series bearings other than four-row tapered roller bearings have their own codes.
Double row tapered roller bearings
Paired double tapered roller bearings and double row tapered roller bearings
Tapered roller bearings are generally used to bear compound loads dominated by radial loads. Their cups are separable and easy to assemble. In the process of installation and use, the radial clearance and axial clearance can be adjusted, and pre tightening installation can be carried out.
Tapered roller bearings are uniquely designed to manage thrust and radial loads on rotating shafts and bearing pedestals.
Tapered roller bearing is designed to bear thrust and radial load, and is composed of four parts: cone or inner ring; Cup or outer ring; Tapered roller or rolling element; And cage or roller cage.
Tapered roller bearings mainly bear combined radial and axial loads, mainly radial loads. The axial bearing capacity depends on the contact angle of the outer race. The larger the contact angle, the larger the capacity.
The included angle between the outer raceway bus of tapered roller bearing and the straight line. This bearing can bear heavy load and other tapered roller bearings. It mainly bears the combined load based on unidirectional axial load, not just radial load.
Tapered roller bearings have tapered inner and outer raceways, and tapered rollers are in the middle of the two raceways. This kind of bearing is usually separable, that is, the cage, inner ring and outer ring can be installed separately. They can bear huge radial load and certain axial load. They are designed in different sizes and styles to meet various functions.
Tapered roller bearings are uniquely designed to manage thrust and radial loads on rotating shafts and bearing pedestals.
Tapered roller bearing is designed to bear thrust and radial load, and is composed of four parts: cone or inner ring; Cup or outer ring; Tapered roller or rolling element; And cage or roller cage.
Tapered roller bearings mainly bear combined radial and axial loads, mainly radial loads. The axial bearing capacity depends on the contact angle of the outer race. The larger the contact angle, the larger the capacity.
The included angle between the outer raceway bus of tapered roller bearing and the straight line. This bearing can bear heavy load and other tapered roller bearings. It mainly bears the combined load based on unidirectional axial load, not just radial load.
Tapered roller bearings have tapered inner and outer raceways, and tapered rollers are in the middle of the two raceways. This kind of bearing is usually separable, that is, the cage, inner ring and outer ring can be installed separately. They can bear huge radial load and certain axial load. They are designed in different sizes and styles to meet various functions.
Tapered roller bearings Advantage:
1. High speed and high precision
2. Long service life
3. Lowest noise and good performance
Tapping machine bearing Application：
Tapered roller bearings are widely used in machine tool spindles, gear reducers, automotive drive axles, transmissions, rolling mills, mines, metallurgical industries, plastic machinery, household appliances, motors, pumps, machinery and other automotive parts.
Tapping machine bearing Feature:
1. High load carrying capacity
The large number of rollers, which have an optimum conformity with the washer raceways, enables the bearings to accommodate heavy axial and simultaneously acting radial loads.
2. Accommodate misalignment
Tapered roller bearings are self-aligning and can accommodate misalignment .
3. Separable design
Tapered roller bearings are separable, making it possible to mount and dismount the housing washer separately from the shaft washer and roller and cage assembly. In addition this facilitates maintenance inspections.
4. High speed capability
The cage designs and the optimum conformity of the rollers with the washer raceways make the bearings suitable for relatively high speeds.
5. Long service life
The tapered roller profile reduces edge stresses at the roller/raceway contact.
6. Low friction
The optimized roller end / flange contact keeps frictional heat at low level, even at high speeds.
评价
目前还没有评价