Safety shoes design, materials and choices

Safety shoes design, materials and choices

1. Sole material

Commonly available are all rubber, vulcanized rubber, or polyvinyl chloride.

The soles are mainly resistant to abrasion, chemical corrosion, heat insulation and oil. However, due to the different characteristics of the materials, the functions are also different.

The sole of the safety shoe is fitted with a steel sheet, which is used to prevent the sole from being pierced or hard.

In addition, soles made from certain materials can reduce the generation of static electricity or slow down the rate of electrostatic discharge. This can control the possibility of static electricity causing an explosion or fire.

2. Sole design

In addition to the use of a non-slip rubber sole, the design of the sole is also important for the anti-slip function.

3. Material for the shoe body

Leather, artificial leather, polyvinyl chloride and synthetic fibers are common. These substances have their own advantages, such as:

The leather body is more durable and wearable, and it is more comfortable to wear, but the function of resisting corrosive liquids is not good.

Faux leather can be used in the case of waterproofing, corrosive chemicals or other contaminants, but its function is affected if its surface is worn out.

Polyvinyl chloride is best suited for use in slippery environments and is also easy to clean but can be broken down by some chemicals.

The synthetic fiber body is easier to clean and resistant to chemical decomposition.

4. Shoe design

With reference to European standards, there are the following five styles.

A. shoes;

B. Ankle boots;

C. Half knee boots;

D. knee boots;

E. Leg boots.

5. Toe selection

The toe cap of the safety shoe is equipped with a steel cap, the main function is to protect the toe from being injured or crushed. If employees need to perform more heavy work, such as construction workers or employees carrying heavy goods, the safety shoes and steel caps must be made of corrosion-resistant and 200-joule (J) impact resistance.

Comprehensive understanding of the hazards caused by foot injuries, and analysis of the environment, materials, mechanical tools and construction methods of the operation, as far as possible to identify the relevant matters and hazards to the safety of the staff's foot, try to use engineering and Administrative methods are the first to control them. If the harm is not effectively reduced, the use of safety shoes is inevitable.

Refer to the safety shoe information provided above, and consult with security professionals, safety shoe manufacturers or suppliers to make appropriate selections so that users can be fully protected. Following this process, in conjunction with relevant publicity, training and monitoring, is a basic model of a foot safety protection program that is applicable to all walks of life.

Four: the use and maintenance of safety shoes

The correct use and maintenance methods can ensure that the safety shoes should be effective and maintain the user's foot health. Therefore, the following matters should be paid more attention:

1. The construction of safety shoes must not be modified without authorization.

2. Wear safety shoes of the appropriate size to help maintain the wearer's foot health and the durability of the footwear.

3. Pay attention to personal hygiene. Users should keep their feet and shoes clean and dry.safety shoes

4. Clean the safety shoes regularly, but do not use solvents as detergents. In addition, the sole must be cleaned frequently to avoid accumulation of dirt, because the conductivity or anti-static performance of the sole is affected by the amount of adhering dirt and the flexing.

5. Store safety shoes in a cool, dry and well ventilated area.