Rotary tiller coulter shovel
Name | Specification mm | Length mm | Width mm | Thickness mm | Hole mm | Hole spacing mm |
Shovel | 6x265 | 265 | 170 | 6 | 11 | 45.5 |
Designed specifically for modern farming needs, the plow blade is precision-crafted from high-strength alloy steel and undergoes a special heat treatment process, resulting in exceptional hardness and impact resistance, effectively surviving complex soil environments. Laser-sharpened blades reduce soil penetration resistance by 30%, significantly improving soil cutting and fragmentation efficiency and ensuring a loose and even tillage layer, creating an ideal seedbed for seed germination.
The innovative structural design and universal connection interface make it compatible with mainstream agricultural machinery brands, allowing for quick installation and easy maintenance. The optimized curved surface provides a self-cleaning effect, reducing soil adhesion and ensuring smoother continuous operation. The wear-resistant coating technology extends service life and reduces the cost of frequent replacement, making it an ideal choice for crop rotations such as wheat, corn, and soybeans..
Material:Made of high-quality 65Mn (65 manganese steel) or higher grade alloy steel, it is integrally hot-rolled or precision forged, with dense internal structure, good toughness and strong impact resistance.
Craftsmanship:The cutting edge adopts local quenching + tempering heat treatment process to ensure that the cutting edge reaches a high hardness of HRC 48-55, while the shovel body maintains sufficient toughness to avoid brittle fracture, truly achieving "hard but not brittle, tough but not bendable".
The sharp blade can effectively cut off crop stubble, and the complete curved surface can completely turn over the soil, perfectly covering stubble and weeds, and reducing pests and diseases.
Stable tillage depth and effective soil fragmentation create a soft, finely divided seedbed, which is beneficial for moisture retention and water storage, creating excellent conditions for seed germination and root growth, and is the first step to increasing grain production.