Cylindrical roller bearing

Single-row cylindrical roller bearing

With a single row of cylindrical rollers, a variety of structural designs and size series, high load-bearing capacity and high speed. Optimized structural design and cage form provide good conditions for improving the overall performance of the bearing.

Application Fields:

Gearbox

Motor

Wind generator

Engineering machinery and equipment

Pump and compressor

Material conveying equipment

Textile machinery

Rail vehicles

Metallurgical equipment

Machine tool spindle

Double row cylindrical roller bearing

Two parallel rows of cylindrical rollers, cylindrical holes and tapered inner holes, have higher radial and axial bearing capacity than single row cylindrical roller bearings, and work faster.

Application Fields:

Gearbox

Motor

Wind generator

Engineering machinery and equipment

Pump and compressor

Material conveying equipment

Textile machinery

Rail vehicles

Metallurgical equipment

Machine tool spindle

Four row cylindrical roller bearing

Four parallel rows of cylindrical rollers with cylindrical and conical inner holes. Due to the arrangement of more rolling elements, it has an extremely high radial load-bearing capacity, making it ideal for the high-speed rolling mill industry.

Application Fields:

Gearbox

Motor

Wind generator

Engineering machinery and equipment

Pump and compressor

Material conveying equipment

Textile machinery

Rail vehicles

Metallurgical equipment

Machine tool spindle

Double row full roller cylindrical roller bearing

Without a cage design, it has two rows of fully loaded cylindrical rollers, which can provide higher radial load-bearing capacity and radial stiffness than a single row of fully loaded cylindrical roller bearings.

Application Fields:

Gearbox

Motor

Wind generator

Engineering machinery and equipment

Pump and compressor

Material conveying equipment

Textile machinery

Rail vehicles

Metallurgical equipment

Machine tool spindle

Split cylindrical roller bearing

The inner ring, outer ring, and cage roller assemblies of the bearing are in a split structure, which can be used for bearing configurations and spindles that are frequently removed and installed, greatly reducing downtime for bearing maintenance or replacement.

Application Fields:

Gearbox

Motor

Wind generator

Engineering machinery and equipment

Pump and compressor

Material conveying equipment

Textile machinery

Rail vehicles

Metallurgical equipment

Machine tool spindle