Single Row Full Complement Cylindrical Roller Bearings

Single row full complement cylindrical roller bearings, including NCF and NJG types, are specially designed cylindrical roller bearings whose main feature is that more rolling elements are arranged around the inner ring of the bearing (full complement) to increase the bearing's load capacity and rigidity.

NCF type (full complement cylindrical roller bearing)

Full complement design: NCF type bearings arrange enough cylindrical rollers around the inner ring of the bearing to maximize the bearing's load capacity and rigidity. This design enables NCF type bearings to withstand higher radial loads and certain axial loads in a smaller space.

Applications: NCF type bearings are generally used in occasions that require particularly high load capacity and rigidity, such as large industrial equipment (such as generators, cranes, etc.), heavy machinery and equipment, and construction machinery. Due to its full complement design, it is able to provide excellent performance in a relatively compact space.

NJG type (full complement angular contact cylindrical roller bearing)

Angular contact design: NJG type bearings not only have a full complement design, but are also particularly suitable for applications that withstand radial and axial loads. The angled contact in its design enables the bearing to perform more stably and effectively when subjected to axial loads.

Applications: NJG bearings are usually used in applications that require high radial and axial loads, such as mining equipment, metallurgical equipment, bearings for major components of large machinery and heavy vehicles, etc.

Single-row full complement cylindrical roller bearings, especially NCF and NJG types, provide ideal solutions for industrial applications that require high load capacity and rigidity through their full complement design and specific rolling element arrangement. They focus on the reliability and durability of bearings in design and manufacturing, can meet the requirements of various complex working conditions, and are widely used in heavy and special industrial equipment.