Hard Alloy Rotary Tiller Blade

The power output of the rotary tiller drives the blade roller to rotate at high speed, with the hard alloy cutting edge moving circumferentially to cut into the soil layer. The alloy edge cuts and breaks compacted soil masses, sand, gravel, straw, and grass roots; the curved blade body throws soil backward. Under high-speed rotation, the alloy layer continuously resists frictional wear from sand and gravel, maintaining a sharp cutting edge. The handle's high-manganese steel base withstands impact loads well-it does not fracture easily upon impact with rocks, and the alloy layer experiences only minimal wear without overall edge failure.

1. Implement high-standard field cultivation of corn, wheat, and soybean with straw return to soil and stubble removal followed by rotary tillage; perform reclamation of heavy loam soils and compacted farmland in a single pass without requiring secondary land preparation.
2. In environments with abundant gravel/sand on riverbeds, sandy hillsides, gravelly slopes, or newly cultivated hilly areas, ordinary blades are prone to rapid wear, while alloy blades significantly reduce the replacement frequency.
3. For orchards and nurseries, perform grass fragmentation, soil loosening, and root clearance between rows; these areas typically contain abundant weeds and fine tree roots, requiring tools that are wear-resistant, non-tangling, and gentle on fruit tree root systems.
4. In wasteland and reclaimed land, weeds grow abundantly with mixed tree roots and rocks; the treatment of fragmented tree roots and hard soil fragments demonstrates high efficiency.
5. For paddy fields, clayey paddy fields with silt, or heavy clayey boards, sharp cutting edges do not adhere to the soil; soil fragments are evenly distributed, ensuring effective land preparation prior to transplanting rice seedlings.