Design Principles

The design principles of agricultural bearings are aimed at meeting the specific requirements of agricultural machinery in harsh environments. These bearings are typically designed to be more robust, capable of withstanding heavy loads, impacts, and contamination. They may include seals to prevent dust, sludge, water, and other potential contaminants from entering the bearing interior, and they may also be designed with special lubrication systems to accommodate long operating periods.

Performance Features

The performance features of agricultural bearings include:

• Corrosion and contamination resistance: Bearings usually have good sealing capabilities to resist contaminants such as dust, dirt, and moisture.
• High load capacity: Capable of withstanding the high loads and shocks that are generated during the operation of agricultural machinery.
• Adaptability: Designed to cope with a variety of temperatures and working conditions.
• Maintenance-friendly: Many agricultural bearings are designed to be low maintenance or maintenance-free.
• Reliability: High reliability is crucial during critical periods of agricultural production to avoid downtime.

Application Scenarios

Agricultural bearings are suitable for the following scenarios:

• Tractors: In the wheel hubs, transmission systems, PTO shafts, and attachments of tractors.
• Harvesters: In the cutting mechanisms, conveyors, and other rotating parts of combine harvesters.
• Planters: In the seed distribution mechanisms of seeding and planting equipment.
• Sprayers: In agricultural spraying and irrigation equipment.
• Field processing machinery: Such as tillage machinery, plows, and harrows.