scrap metal shearing machine
Currently, global metal consumption is rapidly increasing, resulting in large quantities of scrap metal and scrap. Consequently, scrap metal recycling is gaining increasing attention. In this context, hydraulic shears, with their powerful shearing capabilities, have become key equipment in scrap metal recycling.
Hydraulic shears use a hydraulic system to drive the blades, generating up to thousands of tons of shearing force, making them capable of easily cutting through a variety of metal materials. The operating principle is that an electric motor drives a hydraulic pump to generate high-pressure oil, which enters the cylinder through a control valve block, pushing the movable blades to shear the metal. Modern equipment is also equipped with an intelligent control system that automatically adjusts shearing parameters based on material thickness.
Hydraulic shears primarily process ferrous metals such as scrapped cars, used home appliances, and steel structures, as well as non-ferrous metal profiles such as copper and aluminum. Particularly noteworthy is their ability to break large components, such as car bodies, into easily manageable fragments, significantly improving subsequent sorting and melting efficiency.
Shearing reduces the volume of scrap metal by 60%-80%, making it easier to transport and store while also reducing melting energy consumption by over 15%. The shearing machine significantly improves the efficiency of waste material utilization, boosting productivity while also producing higher-quality equipment. As environmental protection policies become more stringent, this highly efficient, energy-saving, and environmentally friendly equipment is providing important support for building a green, circular economy.
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