In the daily use of treadmills, the walking mat, as the core carrier for direct contact between people and the equipment, its anti-slip performance is directly related to the safety of use. Whether it’s slow walking during home workouts or high-intensity running in professional training, a stable fit between the feet and the mat surface is the first line of defense against slipping, sprained ankles and other accidents. With the diversification of fitness demands, the anti-slip design of walking MATS is no longer merely a simple surface roughness treatment, but a systematic engineering that integrates structural mechanics and materials science. Every detail embodies the ultimate pursuit of safety.
The anti-slip structure at the bottom is the foundation for the stability of the walking mat, and its core function is to resist the displacement and friction during the operation of the treadmill. The mainstream serrated anti-slip bottom pattern design enhances the bite force with the treadmill deck through a dense triangular tooth structure. Even under the lateral force generated by the high-speed operation of the equipment, it can firmly fix the position. Some high-end designs also add silicone anti-slip particles at the bottom layer, taking advantage of the high adsorption property of silicone to further enhance the grip performance while avoiding scratches on the surface of the treadmill. This dual design of “physical locking + material adsorption” can effectively solve the problems of easy displacement and curling of traditional walking MATS, providing a stable foundation for upper-level movement.
The design of the anti-slip texture on the surface focuses on increasing the friction coefficient between the feet and the cushion surface, catering to the needs of different exercise intensifies. For daily walking scenarios, the fine diamond-shaped grid texture increases the contact area to form uniform friction, maintaining stability even when the feet sweat slightly. For moderate to high-intensity running, the combination design of deep wavy patterns and strip-shaped grooves is more practical. The wavy patterns can enhance the friction at the force application points on the soles of the feet, while the strip-shaped grooves can quickly drain sweat and water stains, preventing the soles of the feet from slipping due to wet and slippery conditions. These texture designs are not randomly arranged but precisely optimized based on the force trajectory of the feet during human movement.
The selection of core materials is an important support for anti-slip performance. Materials that combine wear resistance and anti-slip properties have become mainstream. TPE (thermoplastic Elastomer) material, with its excellent elasticity and coefficient of friction, has become a commonly used material for walking MATS. The slight stickiness on its surface can enhance the adhesion to the feet, while its aging resistance ensures that the anti-slip performance does not decline after long-term use. For scenarios that require frequent cleaning, the PU coating material is more suitable. The matte anti-slip treatment on the coating surface not only enhances the friction performance but also achieves water and stain resistance. It only needs to be wiped with a damp cloth to keep it dry and clean. The environmental friendliness of materials has gradually become a key consideration. Odorless materials that comply with the EU RoHS standard ensure safety while also meeting health needs.
The anti-slip treatment at the edges is often overlooked, but it is a key detail to avoid accidents. The curling feature of the rough edges of traditional walking MATS can easily cause tripping of the feet. However, the one-piece formed lock edge design effectively solves this problem. Through high-temperature pressing, the edges are closely combined with the main body, forming a smooth transition surface. Even if stepped on for a long time, it will not deform or lift. Some products also add anti-slip edge strips to the edges, further enhancing the friction performance of the edge area and ensuring stability even when the feet touch the edges during movement. These detailed designs may seem minor, but they directly affect the overall safety of use.
The anti-slip design of walking MATS is never a simple accumulation of single technologies, but rather a synergistic effect of the underlying structure, surface texture, core material and edge treatment. In the current era when fitness demands are on the rise, users’ attention to safety is continuously increasing. A walking mat with excellent anti-slip performance can not only reduce the risks of exercise but also enhance the user experience and sense of trust. From material selection to structural design, every optimization centered on anti-slip is a fulfillment of the safety commitment and an important manifestation of the core value of the walking mat product.
Post time: Dec-01-2025