Hot Products
Shredders for Foundries and Steel Plants
This equipment is used to process loose metal materials such as iron filings, aluminum filings, copper filings, shavings, lint, alloy filings, crushed materials, and metal bottle caps. It cold-presses these materials into high-density cakes at room temperature for direct feeding into furnaces, meeting the requirements of foundries and steel plants for smelting furnace feed. The scrap steel dry grinder adopts a reinforced cylinder and internal flow guiding structure. Scrap steel placed inside the cylinder undergoes rotation and impact to remove impurities from its surface, improving its grade. The equipment is also equipped with a dust removal device to ensure a clean surrounding environment. This product can compress metal scrap of a certain thickness into various shapes such as cuboids, octagons, and cylinders, achieving high compression ratios and meeting furnace feed standards. This facilitates transportation and improves boiler efficiency. It is suitable for scrap steel processing and distribution centers, end-of-life vehicle dismantling centers, foundries, steel mills, and non-ferrous metal processing enterprises.
The company boasts strong R&D capabilities and consistently regards talent development and innovation as the foundation of its development. We provide professional solutions to our clients and create value for them with excellent products and services.
A professionally designed and standardized end-of-life vehicle dismantling production line can improve dismantling efficiency and economic benefits while ensuring operational safety. It is used in scrap steel processing and distribution centers, end-of-life vehicle dismantling centers, and urban mining centers.
A typical end-of-life vehicle dismantling production line includes, from front to back, an environmental pretreatment line, a plate chain dismantling line, a car body flattening and packaging line, and an overhead reciprocating conveyor line. Depending on the condition of the end-of-life vehicle and the degree of damage to its parts, and following the principle of maximizing resource utilization, dismantling methods are categorized as non-destructive, quasi-destructive, and destructive. This avoids situations where improper dismantling leads to a decrease in the value of parts or loss, and allows for detailed classification of dismantled parts, maximizing the value of end-of-life vehicles and increasing the recycling rate.
It can crush and separate end-of-life vehicle shells and thin scrap steel into ferrous metals, non-ferrous metals, and non-metallic impurities. It includes a crushing section and a sorting section. The sorting section includes magnetic drum, eddy current separator, X-ray and color sorting system, etc., which improves the recovery rate of materials and increases economic value through deep sorting.
