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Why Choose Full Complement Cylindrical Roller Bearings?

Because full complement cylindrical roller bearings can be used in a lot of heavy machinery and equipment, their most important features are the following three points:

Strong load-carrying capacity: full complement cylindrical roller bearings have a large number of rollers inside and accordingly have a strong load-carrying capacity, which is suitable for high load-bearing occasions.

Good fatigue resistance and durability: full complement cylindrical roller bearings have multiple long rollers inside and are in 90-degree contact with the shaft diameter, which can greatly improve the fatigue resistance and durability of the bearings.

Wide applicability: suitable for higher running speeds and loads, it can be used in a variety of industries and equipment.

Areas of Application for Full Complement Cylindrical Roller Bearings

Full complement cylindrical roller bearings can be used in many heavy machinery and equipment, such as metallurgical equipment, mining equipment, ships, generators, petroleum machinery, iron and steel machinery and so on.

Among them, metallurgical equipment application full complement cylindrical roller bearings can carry heavier loads under harsh environments, high thermal loads, working parts are affected by inertial forces and shock loads, the torsional stiffness and durability of bearings are reduced;

Mining equipment is also one of the main application areas for full complement cylindrical roller bearings, which can withstand greater load capacity under tensile and compressive loads while maintaining sufficient stiffness at low speeds and relatively long bearing life. 

What Is a Full Complement Cylindrical Roller Bearing?

Full complement cylindrical roller bearings have two inner rings, which are coupled together by a clamping ring and cannot be separated, and an outer ring with a centre retaining edge, which can withstand bi-directional axial loads and be used as locating bearings. Due to the large distance between the two rows of rollers, they can also withstand tilting moments. There are two stop grooves on the surface of the outer ring, which can be axially located.

What Are the Common Types of Roller Bearings?


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