Thickened wear-resistant vertical rotary tillage blade manganese steel does not break after heat treatment

Short Description:

The vertical blade of agricultural machinery is forged from high-quality wear-resistant manganese steel, with sharp edges and high strength. Specially designed for deep plowing and rotary tillage operations, it can effectively cut off crop straw and weed roots, preventing entanglement. Suitable for various mainstream tractors and agricultural tools, easy to install, it is a key wear-resistant accessory to improve farming efficiency and soil preparation quality.

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This vertical blade is a core accessory for rotary tillage, stubble removal, and ridge raising operations with a tractor, designed specifically to cope with various agricultural conditions. The product is made of high-quality 65Mn manganese steel (some special specifications use 60Si2Mn) and forged into one piece through forging process. The blade thickness reaches 15mm, with excellent structural strength and fatigue resistance. The blade part has undergone special heat treatment, and the quenching hardness is controlled between HRC 38-45, achieving a balance between high wear resistance and sufficient toughness. Even when working in sandy loam soil, it can maintain long-lasting sharpness and is not easily broken or rolled

Its vertical structure design can effectively cut into the soil, has a good crushing effect on hard straw roots, and helps to clean weeds and residual film, avoid entanglement, and create a flat planting bed for subsequent cultivation. The installation hole position adopts standardized design (such as a hole diameter of 12mm), with strong universality, suitable for various power sources such as four-wheel and hand-held tractors. The surface treatment process further enhances the rust and corrosion resistance, extending the service life of outdoor operations.

The vertical blade of agricultural machinery is made of high-strength wear-resistant steel and is specially designed for rotary tillers, trenchers, and straw returning machines. The blade has undergone a special heat treatment process and has extremely high hardness and toughness, making it easy to cut into compacted soil and efficiently cut crop straw and weeds. Its scientific bending curve design effectively reduces operational resistance, not only wear-resistant and resistant to breakage, but also significantly improves the efficiency of agricultural machinery operations, making it an ideal supporting accessory for farmland tillage.