In muddy or steep - slope terrains, ordinary tires often face significant challenges. When it comes to muddy ground, the soft and sticky nature of the mud reduces the friction between the tire and the surface. The tread pattern of ordinary tires may quickly get clogged with mud, losing its ability to grip the ground effectively. On steep slopes, the gravitational force acting on the vehicle puts extra pressure on the tires. Ordinary tires may lack the necessary structural strength to withstand this pressure, leading to deformation and a loss of traction. As a result, the vehicle may slip, causing safety hazards and reducing work efficiency.
The single - side axle pressing technology of Jinhaixin tires enhances the overall structural stability. It distributes the weight of the heavy - duty lawn mower more evenly, reducing the stress on individual parts of the tire. The big Pegasus structure further improves the load - bearing capacity. By optimizing the internal structure of the tire, it can better resist deformation under heavy loads. In tests, tires with this structure showed a 30% increase in load - bearing capacity compared to ordinary tires, ensuring stable operation even on steep slopes.
Jinhaixin uses a special wear - resistant rubber formula. This rubber material has excellent grip on various surfaces, especially in wet and muddy conditions. The high - molecular structure of the rubber provides strong adhesion to the ground, effectively preventing slipping. Moreover, it has high abrasion resistance, which can significantly extend the service life of the tire. In long - term use, Jinhaixin tires made of this material showed a 40% longer service life than ordinary tires, reducing the frequency of tire replacement and saving costs for users.
Jinhaixin strictly controls every step of the tire manufacturing process. From raw material selection to the final product inspection, each process is carried out in accordance with strict standards. This ensures the consistency and quality of each tire. By using advanced manufacturing equipment and quality control systems, the defect rate of Jinhaixin tires is controlled within 1%, providing users with high - quality and reliable products.
In real - world scenarios such as garden engineering and golf course maintenance, the performance differences between Jinhaixin tires and ordinary tires are very obvious. In garden engineering, where there are often slopes and wet grassy areas, ordinary tires may cause the lawn mower to slip and damage the lawn. Jinhaixin tires, on the other hand, can ensure stable operation, improving work efficiency and the quality of the lawn. In golf course maintenance, where the ground needs to be kept in perfect condition, the high - precision operation of the lawn mower is crucial. Jinhaixin tires can provide the necessary stability and traction, ensuring that the golf course is maintained at a high level.
To further prove the performance of Jinhaixin tires, a series of tests were carried out. In a simulated muddy terrain test, ordinary tires slipped an average of 5 times per 100 - meter operation, while Jinhaixin tires only slipped once. In a slope - climbing test, ordinary tires could only climb slopes with an inclination of up to 15 degrees, while Jinhaixin tires could easily climb slopes with an inclination of 25 degrees. These data clearly show the superiority of Jinhaixin tires.
Jinhaixin tires are suitable for a wide range of users, including garden engineering companies, golf course management teams, and large - scale agricultural farms. In the international market, with the increasing demand for high - quality lawn care, the demand for high - performance lawn mower tires is also on the rise. Especially in developed countries in Europe and America, where there are a large number of golf courses and private gardens, the market potential is huge.
If you want to learn more about the technical details of Jinhaixin high - performance lawn mower tires or get a customized solution, please click here to download the technical white paper or consult our experts.
