Double-row bearings

Double-row bearings are a specific type of industrial component characterized by the presence of two parallel rows of rollers or balls. These rows are positioned next to each other in a single bearing body, allowing the bearing to withstand greater loads than single-row bearings. This arrangement makes double-row bearings ideal for applications where both high radial (acting perpendicular to the axis of rotation) and axial (acting in the direction of the axis of rotation) loads need to be accommodated.

The use of double-row bearings is widespread in many industrial sectors, including the automotive industry, heavy engineering, agriculture, and the production of equipment for renewable energy sources. They are valued for their high load capacity, long life, and ability to operate in demanding conditions such as high speeds, heavy loads, and challenging operating environments.

Structurally, double-row bearings are designed to provide optimal load distribution between the rollers or balls, minimizing wear and extending bearing life. These bearings can be made from various materials, including steel, ceramics, and plastics, depending on the specific requirements of the application.

Selecting the right type of double-row bearing and its proper installation are key to ensuring optimal performance and reliability of the equipment. Thanks to their design and functionality, double-row bearings are essential components in many industrial and engineering applications where high load capacity and resistance to stress are required.