The anti smashing performance of steel toe of safety shoes may be affected by many factors

The anti smashing performance of steel covered head of safety shoes may be affected by many factors. According to the principle of protecting space in our daily work, not only the steel ladle head of safety shoes must have sufficient strength, but also the necessary support strength should be formed immediately under the pressure of the sole and the pleat of the toe head. Or affected, thereby being affected. The force can be effectively transmitted to the ground without causing other parts such as the ladle head above the safety sole to sink into the sole after being stressed.

If the sole of safety shoes is hard, it can support the toe more effectively. Another factor to consider is that the sole should be in line with the edge of the toe cap when designing, and the sole should have teeth. This is because the spacing between the bottom of the sole can not provide good support, so the steel toe edge of the safety shoe can not overlap with the bottom of the sole.
Another design feature of the sole that may affect the safety of the steel toe cap of the safety shoe is that the total thickness of the sole gradually decreases towards the toe cap, thereby increasing the toe cap of the toe cap. On the contrary, this will affect the protective performance of the steel head of safety shoes, which will tilt forward when impacted or impacted, resulting in the front shell of the head being lower than the rear edge of the head.
Because most safety shoes are designed to transmit impact force and pressure through the front shell, if the front shell is pressed below the rear edge of the head, the force transmission mechanism will not work effectively, and the rear edge of the head will suffer serious deformation.
Another feature of the sole components also affects the protective ability of the steel toe of the safety shoes, that is, the vertical section of the upper surface cut along the width of the sole, from the vertical and horizontal sections. The upper material recessed into the sole here increases the gap between the toe caps of the safety shoes, so the deformation of the toe caps is greater in case of possible injury.