Industrial tires must withstand high loads, high wear, and complex road conditions. Their performance characteristics can be analyzed from the perspectives of load-bearing capacity, wear resistance, grip, heat dissipation, and environmental corrosion resistance. The following is a detailed description:

1. Excellent Load-Bearing Capacity

Industrial tires utilize an all-steel or semi-steel carcass structure with a high number of plies, a thick carcass, and a wide, thick tread compound, capable of withstanding loads of hundreds of tons. For example, a single mining tire can handle loads exceeding 20 tons, meeting the demands of heavy equipment.

2. Excellent Wear Resistance

The tread compound is formulated with highly wear-resistant rubber and reinforced with a high hardness. The tread depth is deep (15-30mm), with a tread area ratio of 60%-80%. The shoulder pattern enhances heat dissipation to withstand impacts from sharp objects such as gravel and rocks, extending the tire's service life.

3. Strong Grip and Stability

The tread pattern features block-shaped or deep grooves. The deep pattern effectively sheds mud, enhances grip, and prevents slipping on sandy, slippery, and wet roads. The high-strength carcass material ensures driving stability. 4. Excellent Heat Dissipation

A low-heat rubber formula and multi-layered tire cord construction reduce inflation deformation and heat generation. Equipped with a Tire Pressure Monitoring System (TPMS), it monitors tire pressure and temperature in real time to prevent blowouts caused by overheating. The shoulder tread pattern enhances heat dissipation, making it suitable for frequent starts and stops and heavy-load operations.

5. Environmental Resistance

The rubber formula is cut- and puncture-resistant, making it suitable for handling sharp objects on construction sites. The tread compound is abrasion- and chemical-resistant, resisting contamination from cement and chemical additives. Sidewall and shoulder reinforcements prevent impact tearing, making it suitable for complex construction site environments.