Spherical roller bearings for agricultural machinery are widely used in agricultural machinery due to their strong radial bearing capacity, automatic centering function, and adaptability to complex working conditions. They are widely used in grain processing, combined harvesting, tillage and harvesting, grain conveying, and agricultural machinery transmission systems, as follows:
Grain processing machinery: Spherical roller bearings can compensate for a small amount of misalignment during operation, adapt to vibration and impact during grain processing, and ensure stable operation of equipment. For example, the self-aligning roller bearing plays an important role in the flour mill, high square flat screen, flour cleaner of flour machinery, as well as the grinder, mixer, granulator and other equipment of feed machinery.
Combine: In the feed chamber assembly of the combine, the self-aligning roller bearing can withstand high speed, high load and dislocation. At the same time, the sealing design prevents pollution, reduces the need for supplementary lubrication, and extends the service life. This helps reduce unplanned downtime, lower the cost of new bearings and lubricants, and decrease maintenance requirements. Cultivation and harvesting machinery: Spherical roller bearings are used for cultivation and harvesting machinery, such as seedbed fattening machines, disc harrows, plows, etc., which can withstand impact loads and high-speed operation, ensuring stable operation of the equipment in harsh working environments. Flange ball bearing units (often including self-aligning roller bearings) are also widely used in this type of machinery, and their bolt fixing design is easy to install and maintain. Grain conveying equipment: In the process of grain conveying, such as conveyors and other equipment, self-aligning roller bearings can withstand heavy loads and vibrations, ensuring the continuity and stability of grain conveying.
Agricultural machinery transmission system: Spherical roller bearings are also widely used in the transmission system of agricultural machinery, such as the transmission shaft and gearbox of tractors, harvesters and other equipment. They can withstand large radial loads and certain axial loads, ensuring the stable operation of the transmission system.
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