1. Shear Principle: Through the hydraulic drive system, it provides strong power for the shear blades, so that the blades can strongly shear all kinds of scrap metal. The blades are usually made of high-strength alloy, which is sharp and wear-resistant, and can easily cut different thickness and hardness of scrap metal materials, such as steel plates, steel bars, tubes and so on.
2. Principle of baling: The hydraulic cylinder is used to push the press block to compress the sheared scrap metal into a compact block. During the baling process, the press block exerts great pressure, which makes the density of the scrap metal block increase dramatically, and achieves the purpose of easy transportation and storage. At the same time, the equipment is equipped with corresponding binding devices, such as steel belt or steel wire, to bind the compressed scrap metal blocks firmly and prevent them from being loosened during transportation and storage.
1. Shell design: the overall shape of the equipment is similar to a shell, consisting of upper and lower parts, which are usually welded with high-strength steel plates and have good structural strength and stability. This design not only provides a larger working space for feeding and handling scrap metal, but also effectively disperses the pressure in the process of shearing and baling to ensure the normal operation of the equipment.
2. Double-acting knife structure: Equipped with double-acting knife structure, the upper and lower blades move relative to each other to form shearing force. Compared with the single-acting knife structure, this structure has higher shearing efficiency, can cut scrap metal more evenly, and reduce the jamming and resistance in the shearing process. At the same time, the double-action knife structure can also be adjusted according to different scrap metal materials and thickness of the blade gap to ensure the best shearing effect.
3. Automation control system: Adopting advanced automation control system can realize the fully automatic operation of the equipment. The operator only needs to set the relevant parameters on the operation panel, such as cutting length, packing size, working mode, etc., and the equipment can automatically complete the cutting and packing of scrap metal according to the preset program. In addition, the automated control system also has fault diagnosis and alarm functions, which can detect problems during the operation of the equipment and remind the operator to carry out repair and maintenance.
1. High efficiency and energy saving: integrating the functions of shearing and baling, it reduces the intermediate links in the process of scrap metal treatment and greatly improves the working efficiency. Meanwhile, the equipment adopts advanced hydraulic system and energy-saving motor, which reduces energy consumption and saves operation cost under the premise of ensuring working performance.
2. Versatility: It can process various types of scrap metal, including steel, copper, aluminum, etc., with a wide range of applications. And it is able to adjust the shear size and baling specifications according to different processing needs to meet the diversified requirements of users.
3. Safe and reliable: It is equipped with perfect safety protection devices, such as safety light curtain, emergency stop button, protective door, etc., which can effectively protect the safety of operators. In addition, the key components of the equipment are made of high-quality materials, and after strict quality inspection and testing, they have high reliability and stability, which reduces the number of equipment failures and repairs, and prolongs the service life of the equipment.
Application Scenario:
1. Scrap Metal Recycling Yard: used for preliminary processing of all kinds of recovered scrap metal, cutting it into suitable sizes and baling it into blocks, which is convenient for subsequent classification, transportation and reprocessing.
2. steel mills: to deal with steel chips, trimmings and other waste materials generated by steel mills, which can be directly put into the electric furnace for melting after being baled into blocks, reducing the contact area between the waste materials and the air during melting in the furnace, lowering the degree of oxidation, and improving the melting efficiency.
3. Aluminum plants, copper plants and other non-ferrous metal smelters: Shear and pack non-ferrous metals such as aluminum scrap, copper scrap, such as aluminum profiles, copper wires, cables, etc., to be processed into shapes that are convenient for subsequent processing, improve recycling efficiency and reduce production costs.
4. Mechanical processing plants: Recovering steel chips, aluminum chips and other metal chips generated by lathes, milling machines and other equipment, realizing centralized treatment and reuse of waste materials through compression and baling, reducing the footprint of waste materials and improving the utilization rate of resources.
Product Categories : Metal Shear > Press Shear
