S-type spring for agricultural machinery

Short Description:

In modern agriculture, tillage springs are a key tool for efficient deep tillage and soil fragmentation. Our tillage springs are designed to work with a variety of tillage machines, ensuring you get the best soil preparation results during your tillage process.

Main Features

High-quality materials: Made of high-strength alloy steel, it ensures that the spring maintains excellent elasticity and durability under high load and prolongs its service life.
Deep tillage design: The unique design enables the tillage spring to penetrate deep into the soil and easily cope with various soil types, ensuring significant deep tillage effect and promoting the healthy growth of plant roots.
Efficient soil crushing: The arable land spring can effectively crush the soil, improve the soil structure, increase the soil’s air permeability and water retention capacity, and provide a better growth environment for crops.

Plough Spring:

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Product Detail

Product Tags

Agricultural machinery-specific S-shaped springs, also known as "S hooks," "chain springs," or "tension springs," are key functional accessories widely used in agricultural machinery. With their unique S-shaped structure, they primarily perform the core functions of connection, tensioning, stabilization, and cushioning. Designed specifically for the harsh operating conditions of agricultural machinery, these springs offer exceptional elasticity, wear resistance, and fatigue resistance. They are essential components for ensuring the efficient and smooth operation of equipment such as harvesters, rotary tillers, and seeders.

Made from high-quality high-carbon steel or 65Mn manganese steel, this spring undergoes a special quenching and tempering heat treatment process, resulting in exceptionally high elastic limit and tensile strength.

It can withstand frequent tensile, compressive, and torsional deformation, effectively resisting plastic deformation and ensuring a long service life.

The S-shaped lever structure design can generate stable and powerful tension. When used on transmission chains, belts or bars, it can effectively eliminate slack caused by vibration, prevent falling or slipping, and ensure smooth power transmission.