The construction features a nylon cord body and a stronger bead structure that work together to increase the tire's load and driving pressure durability. They prevent the deformation of the optimal tire shape, which increases its load carrying and withstanding capability. The stronger structure also successfully prevents damage to the tire's casing. It avoids bruising, punctures and impact damage from harming the tire and shortening its service life.

In this manner, the tire's controllability is enhanced. The better terrain contact boosts the steering responsiveness and driving stability greatly. The steering becomes faster and more accurate in its responsiveness to the driver's commands, while the structure is stabilized against the driving pressure affecting the model. The increased control improves the industrial vehicles precise performance.

The stronger bead construction enhances the tread life by stabilizing the tread area. The stable tread elements do not shift about during the drive, which actively prevents tread flexing. This enables the tire's even pressure distribution, avoiding irregular wear formations across the tire surface, promoting a lengthened service life.