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The Huichuan TD/TDH series dual-shaft scrap metal grinder is a heavy-duty, customized shredding solution for various metal solid wastes, hard-to-shred metallic materials and MSW, available in motor-driven (TD) and hydraulic-driven (TDH) versions with power ranging from 60kW to 400kW. Integrated with advanced heavy-duty shredding technologies, high-strength NiCrMo alloy steel blades and core components from trusted brands like Siemens and Schneider, it delivers robust power, exceptional stability, low noise/dust and reliable Siemens PLC real-time overload protection. Certified with European CE safety standards and fully customizable to material characteristics and production capacity, this series excels in processing diverse metal scraps (such as engine aluminum, thick aluminum/copper plates, aluminum gutters) and has earned widespread acclaim from global customers for efficient volume reduction and resource recycling.
Incineration Bottom Ash (IBA), a complex general solid waste from MSW incineration power plants, contains abundant valuable metals and unburned residues, with great comprehensive utilization potential, and its metal recovery is crucial for improving recycled product quality and reducing environmental impact. HUICHUAN has developed a complete dry separation solution by optimizing eddy current separators and combining them with photoelectric equipment, fine particle gravity separators, metal polishers, and AI photoelectric/XRF separators, which integrates AI autonomous learning technology and features modular design for flexible adaptation. Compared with traditional and wet separation technologies, this solution avoids water resource dependence and wastewater discharge, adapts to water-scarce and strict emission areas, achieves up to 99% single-material purity, and provides reliable support for efficient and green IBA recycling.
HUICHUAN Vertical Scrap Metal Shredder ( Vertical Scrap Metal Hammer Mill)HUICHUAN Vertical Scrap Metal Shredder is a high-efficiency equipment in the field of metal scrap processing. Its core advantages lie in deep volume reduction, liberating material components, optimizing subsequent separation efficiency, while significantly reducing scrap transportation costs, providing key support for the metal recycling process. Its working principle is realized through three-stage precise processing:Upper Crushing Stage: The breakers in the upper part of the equipment's chamber first crush the material powerfully until the material size is reduced to the range that can enter the "gap between the milling rings and chamber liners", completing the initial rough processing.Middle Grinding and Rolling Stage: The material entering the gap is then subjected to "impact + grinding + rolling" combined processing by the milling rings, and finally converted into uniform fragments with high cleanliness, removing impurities and ensuring material consistency.Lower Discharge Stage: When the crushed material reaches the preset fineness, it will naturally agglomerate into balls and fall into the lower chamber, and the finished product is discharged quickly and stably by the discharge paddles. The final product of this equipment has two major characteristics: "high cleanliness" and "high bulk density", which is fully suitable for the subsequent transportation and recycling processing needs. At present, it is mainly used for processing the following metal scraps:Hardware scrap: Water pipe valves, water meters, etc.Aluminum scrap: Aluminum castings, aluminum profiles, used aluminum cans (UBC’s), etc.Steel scrap: Pre-shredded steel plates, metal drums, etc.
X-ray sorters emits rays through an X-ray source to penetrate ores. After the detector receives the signals, it converts them into electrical signals, which are then processed by AI algorithms to achieve separation. Different minerals have different degrees of X-ray attenuation due to differences in density and elemental composition, thus distinguishing ore types and grades.