Series of rotary tillers

Short Description:

Rotary tillage blades are the core tillage component of agricultural machinery. Forged from high-strength alloy steel and processed with a special heat treatment process, they possess excellent toughness, wear resistance, and impact resistance. Their scientifically designed curved blade shape easily cuts into the soil, enabling efficient soil breaking, turning, and mixing operations, significantly improving tillage efficiency and quality. Suitable for various scenarios including dry fields, paddy fields, and straw return to the field, they are a reliable tool for ensuring spring plowing and autumn planting, and enhancing soil activity.

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Product Detail

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Rotary tiller blades are the core working component of a rotary tiller, often referred to as "sculptors of soil." Their core function is to rotate at high speed, driven by a tractor, and cut into the soil, completing the cutting, breaking, turning, and mixing of the land. This achieves the soil-breaking effect that traditional plows and harrows require multiple passes in a single operation, creating a flat, loose, and fertile seedbed for sowing or transplanting.

This series of rotary tillers adopts a mainstream "curved blade" design, integrating aerodynamic and soil dynamics principles. The entire unit is precisely constructed from three parts: the blade shaft mounting section, the bending transition section, and the tangential cutting edge section.

**Blade Shaft Mounting Section:** Standardized rectangular or square holes ensure a secure connection with the blade disc, transmitting strong torque.

Highly efficient soil breaking: The unique curved blade design achieves a soil breaking rate of over 80%, resulting in a smooth surface and loose soil after tillage.

Deep tillage and mulching: Effectively incorporates surface straw, weeds, green manure, or fertilizer into the soil layer, promoting decomposition and improving soil fertility.

Low resistance and low power consumption: The streamlined design reduces forward resistance and energy consumption during tillage, improving tractor fuel economy.