Everyone should know that labor protection gloves are widely used in agriculture and industry. Labor protection gloves are mainly used as gloves for protecting our hands in labor. They are widely used. According to the different workplaces, there are many types of labor protection gloves, including non-slip, welding gloves and high temperature gloves. Then how do we judge whether labor protection gloves are resistant to high temperature from the material? The following labor insurance gloves wholesale to teach you a simple method of identification.

1. The material tested for high temperature resistant labor protection gloves is cotton, which can properly protect against high and low temperatures, and is often used to make low-cost high-temperature gloves or low-temperature gloves. But in order to meet the requirements of high temperature or low temperature protection, the gloves are made thicker and not flexible enough.

2. The second is leather. If it is kept dry, it has good low temperature resistance. At the same time, its non-melting and non-combustible characteristics make it often used to make welding gloves.

So today we come to understand the common performance of labor protection gloves.

1. Acid and alkali resistance

 Acid and alkali resistance is a protective product to prevent acid and alkali damage to the hands. Labor protection gloves are not allowed to have defects such as frost, brittleness, stickiness, and breakage. The non-leakage of labor protection gloves means that it must be airtight, and no air leakage is allowed under a certain pressure. This kind of gloves can be divided into rubber acid and alkali resistant gloves, latex acid and alkali resistant gloves, plastic acid and alkali resistant gloves, plastic acid and alkali resistant gloves, etc.

2. Insulation

When working on electrical equipment with an AC voltage of 10 kV and below, the operator wears an insulating protective glove that serves as electrical insulation on his hand. Insulating protective gloves must have electrical insulating properties. At the same time, tensile strength and elongation at break, as well as puncture resistance, aging resistance, flame resistance and low temperature resistance are also required.

3. Oil resistance

This performance is used to protect the hand skin from being stimulated by oils and substances to cause various skin diseases, such as acute dermatitis, acne, folliculitis, dry skin, chapped, pigmentation and nail changes.