In the manufacturing process of bonded solid tires for mining trucks, the cleanliness of the bonding interface directly affects the bonding strength and service life of the tire.

Given the unique characteristics of the marine operating environment, adhesive formulations need to focus on improving resistance to salt spray, oil stains, and temperature differences.

Traditional cast iron or cast steel rims are strong, but they are susceptible to seawater corrosion and require surface treatment to improve their corrosion resistance.

Bonded solid tires, as crucial components of heavy-duty transportation equipment, are widely used in high-intensity operating environments such as shipbuilding, ship repair, and bridge construction.

Under heavy load conditions, the adhesive layer needs to withstand high shear stress and alternating loads, and traditional cobalt-based adhesive systems are prone to cracking due to fatigue.

The detection and repair of bonding failures in the bonded solid tires of stacker cranes requires a combination of professional tools, standardized operations, and strict environmental control.