Main Shaft Of The Earth-turning Crusher

Power Input: The tractor's Power Take-Off (PTO) shaft delivers power, which is reduced in speed and torque by a gear transmission and transmitted via spline engagement to drive the main shaft's rotation. Torque Transmission: The main shaft continuously delivers high torque, driving the axially spiral arranged crushing blades to rotate at high speed. Frictional Force During Crushing: The blades cut through soil layers, straw, and root stubble; soil particles and straw exert counteracting impact forces and torsional forces on the blades, all of which are transmitted to the main shaft. The main shaft utilizes its alloy steel rigidity and arc-shaped shoulder design to distribute stress, ensuring stable continuous rotation. Continuous Soil Turning and Returning: Uniform main shaft rotation drives the blades to perform cutting, soil turning, and straw crushing; the spiral arrangement ensures uniform force distribution, reduces unilateral load eccentricity, and enables simultaneous operations of soil turning, soil turning, and straw crushing. Support and Protection: Bearing housings at both ends of the main shaft provide positioning support; a dust-proof and anti-tangle sealing structure prevents soil and straw ingress, avoids journal wear and seizure, and ensures long-term continuous operation.

1. In large-scale grain cultivation areas, wheat, corn, and rice straw is crushed and returned to the field through integrated operations of plowing, soil fragmentation, and residue processing; for hard stubble fields or corn root stubble fields, the straw is crushed to simultaneously complete soil turning, stubble fragmentation, and soil mixing.
2. For economic crop fields, perform rotary tillage and weeding between rows in vegetable greenhouses and orchards, along with straw shredding; after harvesting peanuts and sweet potatoes, restore the land for cultivation by crushing residual branches and roots and loosening compacted soil.
3. Reclamation of wasteland and land improvement: fragmented cultivation of barren grasslands, reed fields, and shrublands; leveling of land transfer plots and removal of obstacles such as construction waste and shallow soil layers.
4. For cultivation in waterlogged paddy fields with clay soils: rice straw is crushed and mixed with slurry, while the main shaft's rust-resistant material is designed for prolonged exposure to muddy conditions.
5. Gravel and stone-rich dry land: Northern drylands and mountain terraces require forging heavy-duty main shafts capable of withstanding stone impacts, ensuring they remain unbent even under deep plowing.
6. Large-scale farms and integrated agricultural cooperatives/planting bases operate continuously 24 hours a day, with high-wear-resistant main shafts minimizing downtime for maintenance and enhancing the efficiency of contiguous land preparation.