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HZK single row tapered roller bearings adopt TIMKEN technology. Its size is mainly determined by the diameter, width, thickness and other parameters of the inner ring, outer ring, tapered roller and cage. The inner ring diameter, outer ring diameter and roller diameter are important indicators that determine the bearing's load capacity. Generally, single row tapered roller bearings are suitable for applications that require large radial and axial forces.
HZK double-row tapered roller bearings utilize TIMKEN technology. Paired tapered roller bearings are typically designed to withstand symmetrical axial forces. Dimensional parameters include the diameter, width, and thickness of the inner and outer rings and tapered rollers. Compared to single-row bearings, paired bearings offer a greater load capacity. During installation, ensure the axial spacing between the two bearings is consistent.
HZK Four-row tapered roller bearings are a more complex design, suitable for mechanical devices that withstand high loads and demand high precision. Dimensional parameters include the diameter, width, and thickness of the inner and outer rings, tapered rollers, and cage. Four-row bearings offer significantly greater load capacity than single-row and paired bearings, and offer greater reliability.
HZK Inch single-row tapered roller bearings are mainly suitable for bearing combined radial and axial loads mainly based on radial loads, while large taper angle tapered roller bearings (27°~30°) can withstand radial and axial loads mainly based on bearing loads. Axial and axial combined load, but generally not suitable for pure axial load. The structure is separable, the inner ring and the outer ring can be installed separately, and the outer ring can be interchanged, which is convenient for installation and removal.
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