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High-Capacity Cylindrical Roller Bearings
High-capacity cylindrical roller bearings are engineered to handle higher radial loads compared to standard designs. These bearings are ideal for heavy machinery, wind turbines, and industrial equipment. Their ability to distribute loads evenly ensures optimal performance and extended service life.
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Total 41 Results
Part Number
Interchangeable
System of Measurement
For Load Direction
Bore Dia
Outer Dia
Width
Dynamic Radial Load
Static Radial Load
Weight
NUH 2220 ECMH
SKF
Metric
Combined
100 mm
180 mm
46 mm
90000 lbf
106875 lbf
5.1 kg
NUH 2320 ECMH
SKF
Metric
Combined
100 mm
215 mm
73 mm
159750 lbf
180000 lbf
12.8 kg
NUH 2222 ECMH
SKF
Metric
Combined
110 mm
200 mm
53 mm
104625 lbf
123750 lbf
7.3 kg
NUH 2322 ECMH
SKF
Metric
Combined
110 mm
240 mm
80 mm
186750 lbf
217125 lbf
17.8 kg
NUH 2324 ECMH
SKF
Metric
Combined
120 mm
260 mm
86 mm
217125 lbf
252000 lbf
22.3 kg
NCF 2326 ECJB
SKF
Metric
Combined
130 mm
280 mm
93 mm
252000 lbf
301500 lbf
29 kg
NUH 2226 ECMH
SKF
Metric
Combined
130 mm
230 mm
64 mm
141750 lbf
175500 lbf
11 kg
NUH 2326 ECMH
SKF
Metric
Combined
130 mm
280 mm
93 mm
252000 lbf
301500 lbf
28.1 kg
NCF 2228 ECJB
SKF
Metric
Combined
140 mm
250 mm
68 mm
153000 lbf
198000 lbf
14.5 kg
NCF 2328 ECJB
SKF
Metric
Combined
140 mm
300 mm
102 mm
281250 lbf
344250 lbf
35.5 kg
NUH 2228 ECMH
SKF
Metric
Combined
140 mm
250 mm
68 mm
153000 lbf
198000 lbf
14.3 kg
NUH 2328 ECMH
SKF
Metric
Combined
140 mm
300 mm
102 mm
281250 lbf
344250 lbf
35 kg
NCF 2230 ECJB
SKF
Metric
Combined
150 mm
270 mm
73 mm
175500 lbf
234000 lbf
18 kg
NCF 2330 ECJB
SKF
Metric
Combined
150 mm
320 mm
108 mm
321750 lbf
396000 lbf
43.5 kg
Ultimate Carrying Capacity
In modern industry, the demands for compact design and performance improvement are getting higher and higher, which poses a severe challenge to the bearing field. Especially in terms of load capacity, users are more inclined to enhance the performance of bearings without changing their dimensions.
TFL’s high-capacity cylindrical roller bearings have significantly improved the load-carrying capacity and service life of bearings by optimizing the structure and materials of the bearings. Take the cage design as an example. The high-load bearing adopts a thinner and stronger cage, allowing the bearing to accommodate more and larger rollers. While achieving the load-carrying capacity, it can also meet the requirements of rotational speed.
High Load Capacity Brings You High Returns.
High-load roller bearings do not merely become “stronger” by enhancing their own strength, but also simultaneously improve the overall operational efficiency of the bearings, making the transmission of loads within the bearings more efficient.
This optimization makes the bearings more durable and does not reduce their lifespan even when they are under high-load conditions. For applications that require heavy loads, these bearings can significantly reduce maintenance and replacement costs, minimize downtime, and provide you with a more stable usage experience and higher returns.
Overload Application Specialization
Due to the extremely superior load-carrying capacity of this type of bearing, its suitable application scenarios are clearly targeted at large industrial equipment with a strong demand for heavy loads, such as:
- Industrial gearboxes: Withstand huge gear meshing forces to ensure smooth transmission.
- Wind turbines: Bear the gear meshing loads in the turbine gearboxes or be used in conjunction with self-aligning roller bearings in the main shaft support.
- Mining machinery: Equipment like crushers and vibrating screens that are constantly exposed to heavy loads and shocks.
- Large motors and pumps: Support the rotor and withstand high radial forces.
FREQUENTLY ASKED QUESTIONS
How much higher is the load-carrying capacity of high-capacity cylindrical roller bearings compared to standard models?
The specific improvement extent depends on the specific design (such as full rollers or optimized cages) and size series.
Generally, its radial dynamic and static load capacity can be 20% to 40% higher than that of standard bearings of the same size. If you need detailed selection suggestions, contact us. TFL offers high-quality and high-load cylindrical roller bearings and will provide you with comprehensive selection and purchase advice.
Are there any disadvantages to be aware of when using high-load bearings?
The main trade-off lies in the max speed. Especially for the full complement design, due to the direct contact between rollers which causes friction, its maximum speed is usually lower than that of bearings with cages.
When selecting, it is necessary to balance the load-carrying capacity and speed requirements. For heavy-duty applications with high speed demands, it is recommended to choose high-load models with optimized cages (such as ECP type).
Are there any special requirements for lubrication of high-load bearings?
Due to their higher load-carrying capacity, especially for full-roller bearings, more heat is generated by the friction between the rollers. Therefore, it is crucial to ensure adequate and clean lubrication. It is recommended to use grease or oil with good extreme pressure (EP) performance to ensure the formation of a stable oil film under heavy loads.
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