HOW TO CHOOSE THE HEAT RESISTANT GLOVES
Heat resistant gloves are special heat resistant safety protection gloves used in high temperature environments. Different heat resistant gloves can be selected according to the temperature of the hand contact. The extremely high temperature mixed chemical fiber five-finger gloves are designed with abrasion-resistant skin on the palm and index finger. Generally used in high temperature, open flame or heat radiation environment.
Heat resistant gloves can be divided into: carbon fiber heat resistant gloves, asbestos heat resistant gloves, glass fiber heat resistant gloves, and aramid heat resistant gloves.
According to performance, it can be divided into: ordinary heat resistant gloves, flame retardant heat resistant gloves, dust-free heat resistant gloves, anti-static heat resistant gloves, dust-free antistatic heat resistant gloves, anti-cutting, wear and heat resistant gloves.
Heat resistant gloves are used in more and more industries and have become an indispensable labor protection product in high temperature working environments. These heat resistant gloves are also widely used in various industries such as petrochemicals, cement, ceramics, power plants, aluminum, and welding.
Metallurgy, Foundry and Furnace workers.
The working environment of metallurgy, foundry and furnace workers has very strong heat radiation, generally around 800-1000 degrees, but does not need to directly contact high-temperature objects, so this industry generally chooses to effectively reflect heat Radiant aluminum foil high temperature gloves, aluminum foil high temperature gloves can effectively reflect 95% of heat radiation, and can instantly withstand 800 degrees high temperature liquid splash, the surface of the high temperature gloves will not be damaged and burn through, and the inner layer can effectively prevent heat in a short time Penetration gives the user time to escape, thus effectively protecting the user.
Electronics & Chemical industry
Electronics and chemical industries generally require high temperature resistant gloves to have good anti-static functions, otherwise static electricity is likely to damage the product or even cause fire and explosion. Therefore, anti-static and high-temperature resistant gloves should be used. The commonly used anti-static and high-temperature gloves are generally made of aramid. The surface layer is composed of 99% aramid fiber and 1% conductive yarn. It has excellent wear resistance, high temperature resistance and antistatic properties.
Dust-free workshops and laboratories
Dust-free workshops and laboratories have high requirements on the cleanliness and flexibility of gloves, so dust-free high-temperature gloves are generally used. The surface layer of the dust-free and high temperature resistant gloves is made of coating treatment or aramid filament fiber, and the surface layer does not emit dust or drop chips. The high temperature resistance can reach 180 degrees and 300 degrees, and the flexibility is high.
Photovoltaic industry requires high temperature resistance gloves for wear resistance and sustainable working performance, and the contact temperature is generally about 500-650 degrees. Generally, choose 500 degrees aramid high temperature resistant gloves or 650 degrees aramid blended high temperature resistant gloves. Aramid high temperature resistant gloves have outstanding wear resistance and high temperature resistance. The thickened heat insulation layer and the surface layer can greatly increase the continuous use time. And time life. Aramid high temperature gloves are the most commonly used high temperature gloves in the photovoltaic industry.
Glass industry has low requirements for high temperature resistance of high temperature gloves, and high requirements for high temperature resistance and flexibility of high temperature gloves. Generally, 300-500 degrees aramid high temperature gloves are used. Aramid heat-resistant gloves have good high-temperature resistance and anti-cutting performance. The surface layer is soft and the inner layer is comfortable and flexible. Is it possible to equip suitable gloves as long as the temperature of the contact object is provided? Why should the contact time be considered when choosing high temperature gloves? How long can high temperature gloves be in contact? When choosing safety protection products, the two factors must be considered: contact temperature + single contact time.
These two factors are indispensable. The temperature of the contact object is to consider that the glove material on the contact surface of the glove and the high-temperature object will not undergo physical or chemical reactions due to high temperatures, such as burning or carbon after reaching the ignition point, or oxidation after high temperature. The single contact time is the time when the temperature from the outer surface of the glove reaches the inner layer of the glove and exceeds the temperature that human hands can tolerate. If your single contact is less than this time, then it is within a safe time range.