Agricultural tires come in various types. Besides the common classifications, they can be further subdivided based on dimensions such as structure, usage, tread pattern, and rim adaptability. Here is a detailed introduction for you:

1. Subdivision by structure

Bias agricultural tires: The cords are arranged in a diagonal cross pattern, providing a flexible and durable structure that can better adapt to complex terrains. They are widely used in agricultural machinery.

Agricultural radial tires: The cord of the outer tire is arranged in the radial direction, providing excellent handling and stability, and can better meet the needs of agricultural machinery under different operating conditions. In recent years, their use on the drive wheels of agricultural tractors has gradually increased.

2. Breakdown by purpose

Combine harvester tires: specifically designed for combine harvesters, they must adapt to the complex terrain and load demands during harvesting operations, and possess excellent wear resistance and stability.

Rotary tiller tires: Used for rotary tillers, they must provide good traction and maneuverability during tilling, while also adapting to different soil conditions.

Seeder tire: Designed specifically for the characteristics of seeding operations, it is necessary to ensure smooth and precise movement during seeding, while minimizing soil compaction.

Pesticide sprayer tires: They should meet the driving requirements during spraying operations, be able to move flexibly in the field, and possess a certain degree of corrosion resistance.

3. Subdivision by pattern

R4 tire: Widely applicable, equipped on many small household tractors. Excellent performance on hard surfaces, capable of meeting various roadwork needs.

R5 tire: a specialized tire designed for paddy field operations, featuring a high-quality tread pattern and water-resistant materials, providing excellent stability and durability.

Herringbone patterned tires: strong grip, more stable in complex road conditions, and can provide reliable traction for agricultural machinery.

Large tractor wide tire: Designed to expand the contact area and enhance operational efficiency, it is suitable for large agricultural machinery operating in vast fields.

PEl type tire: paddy field type, specifically designed for working in wet and slippery environments such as paddy fields, providing excellent drainage performance and traction.

I-5 guided tire: suitable for machinery requiring precise control and directional stability, ensuring the accuracy of the driving direction of agricultural machinery during operation.

4. Subdivision based on rim compatibility

Deep groove rim suitable for tires: The rim groove is relatively deep, suitable for mounting heavy-duty tires, commonly found on large agricultural machinery, and can meet the requirements of large agricultural machinery for tire load-bearing capacity.

Semi-deep groove rim compatible tires: The groove depth is moderate, ensuring both stable tire installation and reducing rim weight. It is suitable for medium-sized agricultural machinery, reducing the overall weight while maintaining performance.

Flat-bottomed rim compatible tires: The rim has a flat bottom, making it easy to clean and maintain. It is suitable for agricultural work environments that do not require high ground pressure, facilitating daily maintenance work.

For open-type rims suitable for tires: The rim is divided into two parts, facilitating the installation and removal of large or heavy-duty tires. It is commonly found on specialized agricultural machinery and can improve work efficiency when tire replacement is required.