Horsch parts OEM 34060856 34060857,Cultivator Blade,Wear-Resistant Tiller Part
This wing-shaped shovel features a modular design, primarily composed of a high-strength handle, a wear-resistant tip, and symmetrical loosening wings. The tip, located at the very front, employs a streamlined or chisel-shaped design to effectively reduce soil penetration resistance, ensuring easy breaking through even in dry or severely compacted soils. The core wing structure is symmetrically distributed on both sides of the handle, typically maintaining a specific angle (e.g., 9-11 degrees or greater) with the horizontal plane. After the tip cuts through the soil, the wing-shaped shovel applies an upward lifting force, elevating, tearing, and overturning compacted soil clods, achieving a "soil bursting" effect and effectively increasing the loosening area at a single point.
Compared to traditional rod-tooth deep tillage shovels, wing shovels significantly expand the loosening area and increase the loosening coefficient. According to relevant research, adding a wing shovel can increase loosening efficiency several times, effectively eliminating the hardened plow pan formed by long-term mechanical compaction. Furthermore, after operation, the wing shovel creates hidden trenches similar to "rat tunnels" in the soil layer. This not only facilitates drainage and flood control during the rainy season but also helps retain moisture during the dry season, promoting deeper root development and enhancing lodging resistance.
To cope with complex soil environments (including sand, gravel, crop stubble, etc.), the 34060856 wing blade is typically made of high-quality boron steel (such as 30MnB5) or high-wear-resistant alloy steel. Through a special heat treatment process, its surface hardness can reach HRC 50 or higher, exhibiting extremely high wear resistance and impact toughness. Some models feature a reversible or replaceable blade design; when one side wears, it can be disassembled and reversed for use, significantly extending the product's service life and reducing maintenance costs.
