Safety shoes are a general term for safety shoes and protective shoes. They are generally used in different workplaces to protect the feet and legs from foreseeable injuries. Safety protective shoes are high-tech and high value-added footwear products. The production process of safety protective shoes has high requirements for raw materials, auxiliary materials, chemical materials, mechanical equipment, etc. Different safety shoes products use different places. :
Construction industry safety shoes, most safety shoes also add other safety features, the most important feature of industrial safety shoes is that the toe can withstand the impact of 20 kg of hard objects from 1 m high vertical landing. Develop different categories of products. Includes a bottom plate design that prevents the soles from being pierced by nails and other sharp objects. Other relevant features include slip resistance and grip. Other safety features include pre-set minimum antistatic properties, temperature resistance, and resistance to specific fuels and chemicals.
The protection of workers using chainsaws means that people who are potentially injured by the use of chainsaws, skin, ankles, feet and toes must wear protective footwear. Safety standards state that workers must choose to wear footwear that protects their needs, and should not assume that the same type of footwear will be used in the case of a particular job. Different working environments may have different risks. In addition, some work environments may present different risks. In this case, more than one type of protective footwear for footwear should be used.
Protective footwear used in chemical laboratories means that appropriate protective shoes must be worn in laboratories where chemicals are used and stored, and protective footwear must be stored. Pierced shoes, slippers and similar footwear are not allowed to be worn in these laboratories. Appropriate footwear must cover the entire foot and protect the entire foot. Shoe materials, including soles and uppers, must be compatible with the laboratory environment, material handling and tasks. Depending on the possible hazards in the laboratory, additional protection may be needed for footwear. Slip-resistant, abrasion-resistant, oil-repellent or heat-resistant properties of the sole may also need to be considered. These types of safety shoes must be worn where there is a potential for injury to the foot due to puncture, electric shock or static electricity.
Insulation protective equipment (insulated boots, shoes, gloves, etc.) is worn to prevent electric shock. The main reason is that the human body is caused by electric current. Therefore, the protective performance of the insulator mainly depends on the leakage current passing under a certain voltage. Leakage current is safe within the safe current range, otherwise it is not safe. If a certain voltage is applied, although the breakdown is not caused, the leakage current is too large, which also causes human injury.
The environment to be anti-static is mainly to prevent the charge flow caused by friction from forming a charge focus to cause electrostatic induction, or cause damage caused by electrostatic high-voltage discharge. After wearing anti-static protective products, the accumulated charge can be grounded through anti-static products in time, and underwear and socks made of raw materials such as fur can no longer be worn, because they are insulated and prevent the static conduction grounding of the human body. (The resistance value of conductive shoes is not more than 100KΩ-1000KΩ)