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In the fields of agricultural production and engineering construction, tractors serve as core power equipment, and their diesel consumption per hour is a key indicator for measuring equipment operating costs and work efficiency. However, the diesel consumption of a tractor per hour is not a fix...

Combine harvesters are core equipment for mechanized harvesting of grains, corn, rice and other crops in agricultural production. They operate in complex environments, long-term exposed to field dust, straw friction and load fluctuations, various spare parts will gradually lose their original p...

As a core harvesting machine in agricultural production, the service life of combine harvesters is directly related to agricultural production efficiency, farmers' input-output ratio, and the quality of agricultural mechanization development. With the rapid popularization of agricultural mechan...

In the daily management and production operations of vineyards and orchards, traditional tractors are often difficult to adapt to low and narrow operating environments due to their large size and inflexible operation. They also easily damage fruit tree roots, branches and fruits. As a special m...

In the fields of agricultural mechanization and small-scale engineering operations, the selection of tractors directly affects operational efficiency, cost control, and user experience. As core models in the low-power segment, compact tractors and sub-compact tractors are widely used in family ...

The grain harvesting stage is the "last mile" of grain production. As the core operating machine, the combine harvester directly determines the grain loss rate with its operation quality. According to relevant data from the Ministry of Agriculture and Rural Affairs, a combine harvester with sta...

The header is the core working part of a harvester, and its size directly determines harvesting efficiency, operating costs, and adaptability to different plots. Many farmers and agricultural machinery operators hold the misunderstanding that "the wider the header, the better", ignoring key fac...

As the core equipment for agricultural production and engineering operations, tractors’ lubrication and maintenance of power systems and transmission systems directly determine their service life, operation efficiency, and operating costs. Oil change is a key part of tractor daily mainten...

As a core power machine in the agricultural and engineering fields, the tractor's core advantage lies not only in its own traction capacity but also in realizing "one machine with multiple uses" by replacing different attachments. This breaks the limitations of single operation and adapts to di...

Against the backdrop of continuous upgrading in agricultural mechanization, combine harvesters, as core equipment in the grain harvesting process, their technological iteration directly affects agricultural production efficiency and income. Traditional combine harvesters have dominated the mark...