News

　　Metallurgical spreaders use safety is directly related to the production development of the enterprise and the life safety of employees. Corresponding inspection standards should be formulated based on different slings such as hooks, chains, suspenders, special spreaders, wire ropes, etc., and flaw detection should be conducted regularly.

　　Metallurgical spreaders are used for load-bearing objects. They are prone to cracks after long-term use. Flaw detection and inspection should be carried out in a certain period of time. Flaw detection and detection usually uses magnetic powder, penetration and other methods. The flaw detection cycle of the spreader is determined based on the use environment and frequency of use. Usually, there will be flaw detection every six months to one year. A special spreader detection team can be established, with team members including flaw detectors and equipment maintenance personnel. The maintenance worker is responsible for disassembly, decomposing, surface rust removal and installation and debugging of the spreader. The flaw detector detects the stress concentration of the spreader. Flaw detection personnel are trained to conduct flaw detection learning and pass the assessment, and obtain the corresponding flaw detection technology certificate. After flaw detection is found, the surface cracks can be polished first, and then the flaw detection should be scrapped.

　　A metallurgical spreader should be marked after being scrapped and returned in accordance with regulations, and generally handed over to the material management department. Perform necessary damage treatment on scrapped sling equipment to prevent it from continuing to use. After the sling is scrapped, the sling equipment ledger should be updated and the scrapped part should be removed from the list of sling equipment used.

　　Metallurgical spreaders use safety is directly related to the production development of the enterprise and the life safety of employees. Corresponding inspection standards should be formulated based on different slings such as hooks, chains, suspenders, special spreaders, wire ropes, etc., and flaw detection should be conducted regularly.

　　Metallurgical spreaders are used for load-bearing objects. They are prone to cracks after long-term use. Flaw detection and inspection should be carried out in a certain period of time. Flaw detection and detection usually uses magnetic powder, penetration and other methods. The flaw detection cycle of the spreader is determined based on the use environment and frequency of use. Usually, there will be flaw detection every six months to one year. A special spreader detection team can be established, with team members including flaw detectors and equipment maintenance personnel. The maintenance worker is responsible for disassembly, decomposing, surface rust removal and installation and debugging of the spreader. The flaw detector detects the stress concentration of the spreader. Flaw detection personnel are trained to conduct flaw detection learning and pass the assessment, and obtain the corresponding flaw detection technology certificate. After flaw detection is found, the surface cracks can be polished first, and then the flaw detection should be scrapped.

　　A metallurgical spreader should be marked after being scrapped and returned in accordance with regulations, and generally handed over to the material management department. Perform necessary damage treatment on scrapped sling equipment to prevent it from continuing to use. After the sling is scrapped, the sling equipment ledger should be updated and the scrapped part should be removed from the list of sling equipment used.