Choose the main points of Fireproof Gloves
Fireproof Gloves, also known as heat-resistant gloves, high-temperature gloves, heat-insulating gloves, heat-resistant gloves, anti-scalding gloves, heat-resistant gloves, high-temperature gloves, high-temperature gloves, heat-resistant gloves, according to materials can be divided into: fiberglass High temperature resistant gloves, carbon fiber high temperature resistant gloves, asbestos high temperature resistant gloves, aramid high temperature resistant gloves. In fact, it is the glove that is used in contact with high temperature, and it is used in the ordinary family life in industry.
Pay attention to the following points when choosing fire resistant gloves:
First, the time of Fireproof Gloves in contact with high-temperature objects:
Before choosing Fireproof Gloves and high-temperature gloves, please confirm the time of your single contact. If your contact time exceeds the time when heat is transferred from the surface of the insulated gloves to your hand and your hands feel pain, then the insulated gloves are not Applicable. Of course, some data of the gloves is usually not accurate enough. Because the contact time of the insulated gloves is related to the external temperature, humidity and the strength of contact with the heat source, we suggest you try it out if the heat-resistant gloves are not high enough. It can be relieved by adding cotton-lined gloves and changing gloves.
Second, the highest temperature of fire-resistant gloves in contact with high temperature objects
Before choosing fire-proof gloves and high-temperature gloves, please confirm the maximum temperature of the object you are touching. This is the temperature when the object is hot when the high-temperature gloves are in contact with the object. We must ensure that the insulated gloves touch the highest temperature momentarily. The surface of the insulated gloves is resistant to high temperature layers and does not change properties due to extremely high temperatures. It is usually hard, brittle or even burning. Usually we divide the high temperature into three cases: 1. high ambient temperature, 2. high temperature radiation, 3. high temperature contact. .
Third, of course, when choosing fire-resistant gloves, the wear resistance and flexibility of fire-resistant gloves should also be considered.
Fourth, the customer believes that the thicker the fire resistant gloves of the same paragraph, the higher the temperature resistance, the temperature resistance of many high temperature resistant gloves is determined by the performance of the fiber, the thickness does not significantly change its temperature resistance, can only slightly improve the insulation performance. Again, I suggest that customers do not blindly pursue thickness. It should be based on performance. If the gloves are too thick, it will be awkward to operate and affect the wearer's work efficiency.