Selection of heat-resistant gloves and their main uses
Nov 12,2021
Selection of high temperature resistant gloves
Selection by industry:
Electronics and chemical industry: anti-static high temperature resistant gloves should be selected, usually made of aramid material with 99% aramid fibers and 1% conductive filaments, which have good anti-static, abrasion and high temperature resistance.
Dust-free workshops and laboratories: dust-free high temperature gloves should be selected, the surface layer is coated or made of aramid filament fibers to ensure that no dust and no flakes, and can withstand high temperatures of 180 degrees.
Glass industry: high temperature resistant gloves for high temperature performance requirements are lower, but the cut resistance and dexterity requirements are higher, generally choose 300-500 degrees aramid high temperature resistant gloves.
Photovoltaic industry: the high temperature gloves wear resistance and sustainable work performance requirements, generally use 500 degrees aramid high temperature gloves or 650 degrees aramid blended high temperature gloves.
Metallurgy, casting, furnace workers: due to the strong thermal radiation in the working environment, generally use aluminum foil heat-resistant gloves that can effectively reflect thermal radiation.
Selection by material:
Carbon fiber, asbestos, glass fiber, aramid: each of these materials has its own advantages, such as high temperature resistance, insulation, corrosion resistance, etc., applicable to different high temperature environments.
Select by performance:
Ordinary high temperature resistant gloves: suitable for general high temperature environment.
Flame retardant high temperature resistant gloves: provide extra protection in flammable environments.
Dust-free high temperature resistant gloves: to ensure a clean working environment.
Anti-static high temperature resistant gloves: prevent static electricity generation and accumulation.
Main applications of high temperature resistant gloves
Boilermakers, steam engine operators and high temperature pipeline repairers in power plants: to protect hands from high temperature.
Industrial production: in metallurgy, glass manufacturing, high-temperature baking and other industries, workers need to contact high-temperature equipment and materials, high-temperature resistant gloves can reduce the occurrence of work-related accidents.
Precautions
When choosing high temperature resistant gloves, in addition to considering the working environment and industry characteristics, the following factors should also be noted:
Contact temperature: Ensure that the temperature resistance range of the gloves is in line with the actual working environment.
Single contact time: Prolonged exposure to high temperatures may lead to deterioration of glove performance, and suitable gloves should be selected to suit the single contact time.
Weight and frequency of objects handled: These factors affect the thermal conductivity time and service life of the glove.
By comprehensively considering the above factors, you can ensure that the right high temperature resistant gloves are selected to provide effective hand protection for workers.
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