Scrap Steel Shredder

Scope of Application
Scrap iron, scrap steel, scrap aluminum (baler‑pressed aluminum), engine casings, car bodies, broken color‑steel roofing sheets, motorcycles, bicycles, aluminum cans, and other metals.

Scrapped vehicle

Heavy scrap metal

Automotive engine

Lightweight scrap metal

Particles after crushing

Particles after crushing

Particles after crushing
Equipment Overview
Scrap Metal Crushing Production Line
Technical Features
The entire system complies with CE safety standards.
The feed system utilizes a heavy-duty metal‑panel conveyor, ensuring robustness and durability.
Pre‑processing is carried out using a four‑axis shredder, featuring a unique four‑knife‑shaft design and specially shaped cutting teeth. The two upper sets of knife rollers assist in crushing and material gripping, minimizing ineffective grabbing and boosting overall efficiency.
The hammer crusher boasts outstanding core advantages, perfectly suited to meet the high-efficiency crushing needs of metallic materials:
High crushing efficiency: The hammer body delivers high‑speed impact combined with shear action, resulting in large throughput and a high reduction ratio, enabling rapid disintegration of various metal scrap materials.
Wide adaptability: It can handle a variety of metal materials, including steel chips, scrap iron, and aluminum profiles, meeting both coarse‑crushing and medium‑crushing requirements, making it suitable for a wide range of applications.
Superior product quality: The crushed material exhibits uniform particle shape and a low over‑grinding rate, facilitating subsequent sorting and recycling and enhancing its resource‑recovery value.
High durability: The hammer head is made of wear‑resistant materials such as high‑chromium alloy, while the machine body features a robust structure and excellent impact resistance, reducing maintenance frequency and operating costs.
User-friendly operation: The compact, streamlined design ensures effortless start-up, shutdown, and adjustment; when paired with automated controls, it enables continuous, stable operation while reducing reliance on manual labor.
High efficiency in separating metallic and non-metallic contaminants: Featuring a high‑strength magnetic system, it delivers strong adsorption and rapid response, enabling swift removal of metal impurities from materials and significantly boosting production line throughput. Precise separation: With an optimally designed magnetic gradient, it accurately captures even fine metal particles, effectively minimizing residual metal content and ensuring superior quality in downstream processing.
Innovatively designed with multi-point dust collection, the system features suction ports integrated into each core module for precise pre‑filtration. Paired with a centralized pulse‑jet dust collection system, it efficiently captures dust generated throughout the entire production process, ensuring a clean workshop environment while meeting stringent environmental‑friendly production standards.
The system is equipped with a sprinkler-based fire protection system, establishing a comprehensive safety barrier to ensure secure operations throughout the entire process.
The entire production line is fully automated, with each module seamlessly coordinated and efficiently integrated. While maximizing production capacity, it also features advanced anomaly detection and early warning capabilities, ensuring the stable operation of the system and fortifying the safety‑production safeguard.


