FAQ

Usually, the outsole materials of insulating shoes, electrical shoes and anti smash safety shoes we use are oil resistant, anti slip, wear-resistant, pressure resistant, waterproof, elastic and fall resistant. Heat resistance, impact resistance, easy fitting to the foot shape, not easy to deform after shaping, heat preservation, easy moisture absorption, etc., these are also the basic functions of safety soles.

Safety shoes with safety functions are essential products for safety production. So our safety shoes must have better anti-skid function. However, there are many factors that affect the anti-skid safety of insulated shoes, such as sole material, ground hardness, dry humidity, flatness, sole pattern, structure, etc.

The anti slip of anti smashing safety shoes can be basically divided into two situations. The anti-skid effect on dry ground is usually called dry anti-skid. The anti-skid effect when there is water on the ground is called wet anti-skid. In order to prevent slip, the anti slip function of the safety sole needs to design different shoes and soles according to the requirements of different environments.

Roughness: the shading of the safety insulating sole is uneven, which can effectively increase the actual contact area, thereby increasing friction and improving the anti-skid effect. The structure, thickness and depth of different shading, deformation and actual contact area with the ground are also different. The sole pattern design of insulating shoes and electrical shoes should consider not only the dry contact surface, but also the wet contact surface. In short, safety and labor protection. The material and pattern structure of the sole plays an important role in its anti-skid and anti-skid function.