Waste Electrical and Electronic Appliances Shredder Introduction:
The crusher is suitable for crushing waste electrical appliances, beverage bottles, bicycle frames, motorcycle frames, car bodies, color steel tiles, truck bodies, joists, tinplate, waste angle iron, square tubes, car cabins, filing cabinets, safes, car channels, baling blocks, and other waste steel and industrial waste equipment with a high content of impurities. It is a new and medium-sized crushing production line.
The equipment is suitable for small and medium-sized users with an annual crushing capacity below 5,000 tons, small and medium-sized steel mills, and small and medium-sized scrap steel recycling companies, providing clean and qualified furnace materials for steel enterprises.
The entire machine housing of this crusher is made of 25mm to 30mm manganese steel plate welded together, lined with inner plates for durability. The main shaft is forged and heat-treated for maximum torque without breaking, and the cutter disc is manganese steel cast with S-shaped blades, connected by train hub forged hammers. The main machine housing features a hydraulic lifting cover for easy and quick maintenance, with a stylish and rational overall design. Modifications are also made according to customer requirements.
Waste Electrical and Electronic Equipment (WEEE) Shredder Working Principle:
Scrap steel crushing and processing involves using a crusher to crush scrap steel and then employing a sorting system to separate the crushed scrap steel into pure scrap. The working principle is based on the continuous drive of a high-speed, high-torque electric motor, where the hammers on the crusher's rotor alternately strike the scrap steel entering the cavity. Under the powerful impact, the scrap steel is torn and compressed into a certain specification of crushed steel. After being processed by the sorting equipment, high-purity crushed steel can be obtained.
The scrap steel processed by the crusher has the following characteristics:
Material shape is uniform, specifications are similar; high stacking density; less adherents; higher purity.
2. The molten steel has a stable chemical composition with low sulfur and phosphorus content.
3. Reduced smelting cycle time
4. Increased lifespan of the furnace lining
5. Reduced air pollution and slag.
6. Electricity consumption per ton of molten steel is reduced.
For scrap metal recycling companies, the advantages of using crushers for processing and recycling scrap metal include:
Expanded the processing and recycling scope.
2. High value potential.
3. Convenient and efficient transportation.
