Safety shoes, as an important personal protective equipment, its main function is to protect the wearer’s feet and legs from a variety of potential injuries. Here are some of the core functions of safety shoes:

1 Impact Resistance – Impact resistance: Safety shoes are usually equipped with steel caps or other strengthening materials, which can effectively resist the impact force from above or in front of the toe, and protect the toe from falling or striking heavy objects.
2 Compression Resistance: Some safety shoes are designed to resist a certain amount of compression force, which is especially important for people working in environments where there may be a risk of heavy crushing.
3 Puncture Resistance: The sole usually contains a puncture resistant layer, which prevents sharp objects from penetrating the sole and protects the sole from injury.
4 Electrical Hazard Protection: Insulated safety shoes provide protection against electrical currents, reducing the risk of electric shock in electrical working environments.
5 Static Dissipation – Static dissipation: ESD shoes eliminate the accumulation of static electricity on the human body in time to prevent inflammable and explosive accidents caused by static electricity.
6 Slip Resistance: The sole design of safety shoes often includes a non-slip texture to reduce the risk of slipping on slippery or uneven surfaces.
7 Chemical Resistance: Some safety shoe materials have chemical corrosion resistance and are suitable for use in industries where chemicals such as acid and alkali may be exposed.
8 Heat Resistance – High temperature resistance: heat resistant flame retardant shoes can protect against high temperature, molten metal sparks and open flames.
Vibration Isolation: A protective shoe that attenuates vibration and is suitable for working in environments where vibration is hazardous. 1234
 These functions make safety shoes an indispensable labor protection product in many industries, such as construction, manufacturing, mining, chemical and so on.