High-efficiency wear-resistant plowshare – a powerful tool for deep tillage
Optimized Curved Surface Design: Designed based on principles of fluid mechanics and soil dynamics, the plow tip features a smooth, flowing curved surface, minimizing soil resistance and power consumption during tillage, effectively reducing tractor fuel costs.
Precise Soil Engagement Angle: The tip angle is precisely calculated to ensure quick and easy soil entry, avoiding jumping or clogging, and maintaining a consistent tillage depth.
Self-Sharpening Blade Edge Design (Selected Models): A unique heat treatment process ensures the blade maintains a sharp working edge during use, becoming sharper with use and consistently guaranteeing high-quality tillage results.
Manufacturing with Special Alloy Steel: Utilizing high-strength, high-wear-resistant alloy steel (such as 65Mn, 60Si2Mn, or superior materials), the surface undergoes special quenching and tempering treatment, achieving an edge hardness of HRC 50-55 or higher, and improving wear resistance by 2-3 times compared to ordinary steel.
Strengthening Processes: Critical wear areas (such as the blade tip and shank) may employ localized high-frequency quenching, tungsten carbide spraying, or inlaying of hard alloy sheets, significantly extending service life under harsh conditions such as sandy terrain and multiple wear points.
Improved operational efficiency: Smooth tillage, allowing for a large daily working area.
Improved tillage quality: Evenly broken soil with good coverage, facilitating moisture retention and weed control.
Reduced overall costs: Extended lifespan reduces replacement frequency and downtime, resulting in lower tillage costs per acre.
Protective equipment: Good soil conditions reduce wear and tear on implements such as seeders and cultivators.
