Four points to share regarding safety precautions for high-temperature metallurgical lifting equip
High-temperature metallurgy spreaders are generally used in steel mill casting processing to lift steel with lifting equipment and slag tanks. During the use of this equipment, there are several precautions that must be followed. Next, the editor will introduce to you:
1. Specify the designated driving route for the places where high-temperature molten steel passes.
2. Keep the passage and road surface flat to prevent high-temperature steel from falling accidents. It can ensure that the high-temperature steel will not pour out or spill out, reducing the consequences of the accident. Ground personnel are prohibited from passing or staying in the lifting area of lifting equipment and in the air where high-temperature liquids run to prevent scalds caused by splashing.
3. Personnel cannot compete with lifting equipment. Ground commands and operators should also pay attention to operating in the specified area and shall not set up rest rooms and other places for other purposes in areas that exceed the scope.
4. The lifting of lifting equipment should control the height of high-temperature steel from the ground, and try not to exceed one meter.
To sum up, are precautions for the use of lifting metallurgy spreaders. Doing these precautions can effectively increase the probability of production safety. In addition, enterprises also need to improve the quality of lifting equipment operators and ground commanders and improve their sense of responsibility.
High-temperature metallurgy spreaders are generally used in steel mill casting processing to lift steel with lifting equipment and slag tanks. During the use of this equipment, there are several precautions that must be followed. Next, the editor will introduce to you:
1. Specify the designated driving route for the places where high-temperature molten steel passes.
2. Keep the passage and road surface flat to prevent high-temperature steel from falling accidents. It can ensure that the high-temperature steel will not pour out or spill out, reducing the consequences of the accident. Ground personnel are prohibited from passing or staying in the lifting area of lifting equipment and in the air where high-temperature liquids run to prevent scalds caused by splashing.
3. Personnel cannot compete with lifting equipment. Ground commands and operators should also pay attention to operating in the specified area and shall not set up rest rooms and other places for other purposes in areas that exceed the scope.
4. The lifting of lifting equipment should control the height of high-temperature steel from the ground, and try not to exceed one meter.
To sum up, are precautions for the use of lifting metallurgy spreaders. Doing these precautions can effectively increase the probability of production safety. In addition, enterprises also need to improve the quality of lifting equipment operators and ground commanders and improve their sense of responsibility.
High-temperature metallurgy spreaders are generally used in steel mill casting processing to lift steel with lifting equipment and slag tanks. During the use of this equipment, there are several precautions that must be followed. Next, the editor will introduce to you:
1. Specify the designated driving route for the places where high-temperature molten steel passes.
2. Keep the passage and road surface flat to prevent high-temperature steel from falling accidents. It can ensure that the high-temperature steel will not pour out or spill out, reducing the consequences of the accident. Ground personnel are prohibited from passing or staying in the lifting area of lifting equipment and in the air where high-temperature liquids run to prevent scalds caused by splashing.
3. Personnel cannot compete with lifting equipment. Ground commands and operators should also pay attention to operating in the specified area and shall not set up rest rooms and other places for other purposes in areas that exceed the scope.
4. The lifting of lifting equipment should control the height of high-temperature steel from the ground, and try not to exceed one meter.
To sum up, are precautions for the use of lifting metallurgy spreaders. Doing these precautions can effectively increase the probability of production safety. In addition, enterprises also need to improve the quality of lifting equipment operators and ground commanders and improve their sense of responsibility.
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