Solid tires offer a long service life, low deformation rate, reduced vehicle maintenance costs, and increased driver comfort.
Excellent safety performance contributes to improved work efficiency. Because the solid tire carcass is made entirely of rubber, it maximizes puncture resistance, fundamentally eliminating the risk of tire punctures during heavy-duty operation and in harsh working environments. Solid tires have low load-deformation and good running stability. Due to their puncture and tear resistance, they do not require inflation, avoiding the heavy labor of frequent tire repairs and replacements. This improves vehicle utilization and work efficiency. In low-speed, high-efficiency vehicles, solid tires can completely replace pneumatic tires.
A rational structural design ensures good tire performance. Aifente solid tires employ an advanced three-section structural design, with three different rubber compounds each ensuring the overall performance of the tire. The high-rigidity, high-strength base rubber and steel ring support ensure both tire stiffness and a secure fit between the tire and rim, fundamentally eliminating the slippage problem common in solid tires. The highly elastic intermediate rubber effectively absorbs vibrations generated during vehicle operation, providing a comfortable ride while preventing vehicle damage. The thickened tread layer ensures the tire's tear and abrasion resistance, extending the lifespan of solid tires. Furthermore, the LINDE forklift-specific tire's optimized drum and clip structure design ensures a tight fit between the tire and rim, while the widened tire cross-section improves vehicle stability.
Advanced Technology and Formula Design: Aifente solid tires are manufactured using advanced technology from a British industrial tire company with over half a century of production history and experience. The rubber formula design maximizes tire performance, particularly by using imported high-rigidity, low-heat-generating compounds for the base rubber. This minimizes heat generation and temperature rise during tire operation, while simultaneously improving heat resistance, thus solving serious problems associated with solid tires such as expansion, slippage, and bursting caused by temperature rise. The advanced formula design also reduces rolling resistance.
Advantages in solving tire slippage, chipping, and cracking: Using imported fiber-reinforced rubber as the tire base rubber improves heat generation, significantly reducing operating heat. Solid tires are press-fitted to the rim with an interference fit. Excessive heat generation in the tire body leads to expansion and slippage. Fiber-reinforced rubber, with its high rigidity, hardness, stiffness, low deformation, low coefficient of expansion, and low heat generation, fundamentally eliminates slippage caused by rim expansion due to heat generation.
Tire chipping and cracking are caused by a variety of factors. Besides external factors such as hard damage during use, the main internal cause is rubber aging, primarily thermal and photo-aging. Using fiber-reinforced rubber reduces tire heat generation, thus eliminating cracking and chipping caused by thermal aging.
Impact of Structural Changes on Tire Performance: The wider section of the CLICK (easy-mount) tire enhances vehicle stability during operation.