With the popularization of large-scale farming, high-power tractors over 200 horsepower, large combine harvesters and heavy-duty rotary tillers have been widely adopted. Traditional old-style agricultural machinery bearings lack sufficient load capacity and sealing performance to meet high-intensity continuous operation demands. Our factory has over ten years of experience in agricultural machiner

Many purchasers choose low-cost general industrial bearings to cut expenses, saving money upfront but triggering a sharp rise in repair rates over the long term. This article compares the two types of bearings from four dimensions: material, sealing, structure and service life, and analyzes differences in full-cycle procurement costs.Many agricultural machinery repair shops and small equipment man

Most farmers neglect daily bearing maintenance amid tight farming schedules. A simple, easy-to-operate maintenance process requires no professional equipment, extends bearing service cycles and prevents mid-operation breakdowns. Every bearing failure halts work for at least half a day during peak sowing and harvesting, sharply increasing labor and fuel costs. Bearing service life can be extended b

I. Key Bearing Selection Points for TractorsTractors have three core bearing positions: wheel hubs, gearboxes and suspension hinges.Drive wheel hubs / front wheel steering: Prioritize tapered roller bearings to bear the full vehicle weight and ground impact, with combined radial and axial load capacity.Gearbox and rear axle transmission: Adopt precision cylindrical roller bearings with low frictio

Every spring sowing and autumn harvest peak season, many farmers report that agricultural machinery bearings develop overheating, abnormal noise, jamming or even fracture within half a working season. Unplanned mid-operation maintenance halts sowing and harvesting and delays farming schedules. Statistics collected from years of field operating conditions show that 50% of agricultural machinery bea

Field cases prove that 80% of premature coupling failures arise from non-standard installation and lack of maintenance. Even premium forged and stainless steel couplings will suffer wear and fracture within months without precise coaxial calibration, evenly tightened bolts or timely lubrication. This paper shares a full standardized installation process and category-specific periodic maintenance s