1、 Excellent * * * performance, conducive to improving work efficiency

Due to the solid tire body being made of all rubber, the puncture resistance of the tire is guaranteed to a certain extent, fundamentally eliminating the risk of tire puncture in industrial vehicles during load-bearing operation and in harsh working environments. Solid tires have low load deformation and good operational stability. Due to their puncture and tear resistance, they do not require inflation and avoid the heavy labor of frequent tire repair and replacement. They can improve the utilization rate and work efficiency of vehicles. In low-speed and * * * running vehicles, solid tires can completely replace pneumatic tires.

2、 Reasonable structural design ensures good performance of tires

Solid tires adopt advanced three-stage structural design, and three types of rubber materials ensure the overall performance of the tire. The high rigidity and strength of the base rubber and steel ring support not only ensure the stiffness of the tire, but also ensure the tightness between the tire and the wheel rim, fundamentally solving the problem of sliding rings in solid tires; The highly elastic intermediate rubber effectively absorbs the vibrations generated during vehicle operation, providing comfortable driving and avoiding damage to the vehicle; The thickened tread layer ensures the tear and wear resistance of the tire, and improves the service life of solid tires; In addition, the reasonable drum and CLICK structure design of LINDE forklift specific tires ensures tire installation and tight fit with the wheel rim. The widened tire section improves the stability of vehicle operation.

3、 Advanced technology and formula design

The production of solid tires adopts advanced technology with over half a century of production history and experience from British Industrial Tire Company. In terms of rubber formula design, the performance of the tires is greatly improved, especially with the use of imported high rigidity and low heat generating rubber materials for the base rubber. The heat generation and temperature rise and fall of the tires during operation are reduced to * * *, while the heat resistance of the tires is also improved, thus solving serious problems such as swelling, sliding rings, and bursting caused by temperature rise in solid tires; The advanced formula design also reduces the rolling resistance of the tires. After testing by the National Engineering Machinery Quality Supervision and Inspection Center, our company's solid tires have a rolling resistance coefficient equivalent to that of pneumatic tires, which solves the problem of increased fuel consumption caused by switching to solid tires;

4、 Advantages in solving issues such as tire slip, chipping, and cracking:

1. After using imported fiber rubber as the base rubber of the tire, the heat generation performance of the tire has been improved, greatly reducing the heat generation during operation: solid tires and wheel rims are press fitted together through interference fit, and excessive heat generation in the tire body can cause expansion and lead to tire slip. Fiber glue has the advantages of good rigidity, high hardness, good stiffness, small deformation, low expansion coefficient, and low heat generation, which fundamentally eliminates the slip ring phenomenon caused by tire heat generation leading to hub swelling.

2. Tire chunking and cracking are caused by various factors. In addition to external factors such as hard damage during use, the internal factors are mainly due to rubber aging, mainly thermal aging and photo aging. The use of fiber rubber reduces the heat generation of tires, thereby preventing cracking, chipping, and other phenomena caused by damage to rubber due to thermal aging.

5、 The impact of structural changes on tire performance

After widening the cross-section of CLICK (easy to install) structural tires, the stability of the vehicle during operation has been strengthened.