Common industrial solid tire models include 6.50-10, 15×4.5-8/3.00, 700-12, and 7.50-16. Below is a detailed introduction:
6.50-10 model: This tire model is widely used in industrial applications. "6.50" represents the tire's section width, usually in inches. It determines the tire's contact area with the ground, affecting its load-bearing capacity and grip. A wider section width provides better stability and load-bearing performance, suitable for industrial vehicles with high load-bearing requirements, such as forklifts. "10" indicates the rim diameter, also in inches. It determines the rim size on which the tire can be mounted, ensuring tire-rim compatibility and guaranteeing vehicle safety and stability.
15×4.5 - 8/3.00 Model: The "15×4.5" designation is somewhat unique. It may be a comprehensive description of tire size in a specific industrial setting. "15" and "4.5" could define tire specifications in different aspects, such as outer diameter and width. "8" represents a rim diameter of 8 inches. "3.00" might be the tire's ply rating or a specific parameter. The ply rating reflects the tire's load-bearing capacity; a higher ply rating indicates stronger load-bearing capacity. This model of tire may be suitable for small industrial vehicles or equipment operating in specific environments.
700 - 12 Model: "700" generally refers to the tire's outer diameter, possibly in millimeters, reflecting the overall size of the tire. "12" is the rim diameter, which is 12 inches. This model of tire is commonly used in industrial vehicles requiring a certain level of speed and stability, such as electric pallet trucks, providing relatively smooth driving performance while ensuring a certain load-bearing capacity.
7.50-16 model: "7.50" refers to the tire's section width. The 7.5-inch width provides it with good load-bearing and grip performance. "16" indicates that the rim diameter is 16 inches. This type of tire is typically used on large industrial vehicles, such as heavy-duty forklifts and loaders, and can withstand greater weight and complex working conditions.