Agricultural tires are specialized tires used with various agricultural machinery. They are designed for complex farmland operations, while also offering features such as wear resistance, traction, and strong traction. Below is a guide to selecting agricultural tires suitable for different types of agricultural machinery:

Industrial tires, also known as industrial vehicle tires, are special tires designed specifically for industrial scenarios, suitable for various industrial handling and engineering vehicles. The wear resistance of industrial tires has a direct and critical impact on the overall cost of use：

The price and quality of agricultural tires are not absolutely directly proportional. The correlation can be explained from the following dimensions:

Choosing the right industrial tires should be based on actual working conditions, comprehensively considering four dimensions: equipment compatibility, scenario matching, performance parameters, and total lifecycle cost. The specific methods are as follows:

Heavy-duty agricultural tires are specialized tires designed for heavy-duty agricultural machinery such as high-horsepower tractors, large harvesters, and heavy-duty agricultural transport vehicles. They are primarily suited for high-intensity, high-load extreme field operation scenarios.

Under normal use, the aging cycle of industrial tires is about 3-5 years, and the specific aging rate can vary several times depending on the material, environment, and usage habits. The following is a detailed analysis of the influencing factors:

Determining the appropriate tire pressure for agricultural vehicles cannot be based solely on intuition; it requires a comprehensive assessment combining precise measurement, visual inspection, and operational performance.

To quickly determine if industrial tires are aging, three methods can be used: checking the production/use date, visual inspection, and physical testing. If any one of these characteristics is present, aging can be determined. The specific methods are as follows:

The degree of damage to agricultural tires can be determined by classifying the types of damage. Different types of damage correspond to different severity levels and treatment plans, as follows:

The standard for industrial tire replacement is mainly based on five core indicators: wear level, structural damage, signs of aging, service life, and operational abnormalities, to ensure operational safety and equipment stability.