Applications and Advantages of Scrap Metal Balers
In real-world scenarios, scrap metal comes in various forms and sizes, posing significant challenges in storage, transportation, and smelting in steel mills. Prolonged storage of scrap metal can lead to mild air pollution and occupy valuable space, potentially causing harm to human health. There are numerous methods to process scrap metal, and since it is a renewable resource, recycling it can produce new steel, which can be reintroduced into the market for reuse. This not only conserves resources but also helps protect the Earth's mineral resources from over-exploitation. Scrap metal balers can compress various types of scrap metal into compact blocks, making them easier to store, transport, and smelt.
Features of Scrap Metal Balers:
Hydraulic Driving System: All models of scrap metal balers are equipped with hydraulic driving systems, ensuring efficient and reliable operation.
Versatile Discharge Options: The machine offers multiple discharge methods, including automatic flipping, side pushing, or manual removal, providing flexibility to suit different operational needs.
Easy Installation: The baler is designed for simple installation and does not require fixed foundations. In areas without electricity, a diesel engine can be used as an alternative power source.
Multiple Pressure Levels: With 12 different levels of master cylinder thrust ranging from 125 tonnes to 2000 tonnes, the baler is designed to meet a wide range of production requirements.
Large Hopper Design: The baler features a spacious hopper, allowing for easy loading using suction cups or hydraulic claws, which reduces labor costs and lowers production expenses.
Applications of Scrap Metal Balers:
Scrap metal balers can compress a wide range of metal scraps, including large metal offcuts, scrap steel, iron, copper, aluminum, dismantled car bodies, and used oil drums, into various shapes such as cuboids, cylinders, and octagons. These compacted blocks are ideal for storage, transportation, and smelting, with minimal loss during the recycling process.
The entire production process is carried out at room temperature without the need for heating, additives, or additional processing, ensuring the original material properties remain unchanged. For instance, compressed cast iron chips can be used as a substitute for pig iron in casting. This recycling process is particularly valuable for specialized castings, offering significant economic and environmental benefits.
By transforming scrap metal into reusable blocks, scrap metal balers not only streamline the recycling process but also contribute to sustainable resource management and environmental protection.
