| After-sales Service: | Online Video, Technical Support, Quality Assurance |
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| Type: | Power-Driven Harrow |
| Application Field: | Agriculture |
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The power harrow utilizes the opposite rotation of two adjacent tines to crush the soil. The working depth can be controlled and can reach 10-30 centimeters, allowing for soil fragmentation, leveling, and compaction to be completed in one pass. After the work is completed, the surface of the ground is relatively smooth, forming a good seedbed. This seedbed has the advantages of high uniformity, good consistency in working depth, suitable soil porosity, and strong water retention capacity. When using the power harrow on land with straw returning, the straw can be further buried in the soil, while a rotary tiller may bring buried straw back to the surface. Long-term use of a rotary tiller for land preparation can lead to soil compaction, while the power harrow, as it does not turn over the soil, can maintain soil moisture. On leveled land, the emergence rate of crops with the power harrow is significantly higher than with a regular rotary tiller. It is suitable for small-scale cultivation and is convenient for tractor operation.
Product features:
1. The rake teeth vertically stir the soil without damaging its structure.
2. The polygonal welded integral power transmission box has a stable structure and high reliability.
3. The upper and lower bearing seats of the blade disc are processed and formed by CNC gantry boring and milling machine, ensuring good concentricity, uniform tooth clearance, smooth operation, and low power loss.
4. The blade disc is equipped with front and rear protective plates to prevent entanglement with drip irrigation belts and wires.
5. The gearbox and power transmission box are designed separately for easy maintenance and upkeep.
6. The gearbox is designed with multiple power and *** ranges to meet the different power requirements and operating needs of tractors in different soil conditions.
7. The gearbox features a fork shift mechanism, allowing for quick adjustment of output *** according to the operational requirements.
8. The integrated main spindle disc design ensures high strength and low failure rate.
9. The independent traction frame design facilitates the installation of additional operational modules and enhances the overall rigidity of the transmission box.
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