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Primary Applications
Foundry Industry
Crushing scrap castings, recycled iron, and machine parts to improve furnace feeding efficiency
Processing large cast iron components (e.g., molds, engine blocks) into uniform particles suitable for smelting
Steel Smelting
Pre-treating large pig iron blocks (including silicon materials and ferroalloys) into 30-80mm pieces, reducing blast furnace energy consumption by 15%-30%
Handling contaminated pig iron scrap, with magnetic separation systems ensuring high metal recovery rates
Resource Recycling
Crushing scrap metal structures (e.g., malleable cast iron, aluminum alloy parts) for easier transportation and reprocessing
Processing foundry waste, solving inefficiencies of manual crushing (increasing productivity 10x or more)
Model | Processing capacity(t/h) | Pumping station power(kw) | Outline size(mm) | Weight(t) |
PS300 | 5-8 | 22 | 4200x3300x3500 | 15 |
PS-500 | 7-10 | 22+22 | 5160x3660x3800 | 18 |
PS-800 | 12-15 | 30+30 | 5500x3800x4200 | 20 |
Typical Processable Materials
Material Type | Processing Effect | Application Scenario |
---|---|---|
Large pig iron scrap | Crushed into ≤80mm uniform particles | Blast furnace feedstock preparation |
Scrap castings | Eliminates structural stress, speeds up melting | Foundry workshops |
Silicon-containing pig iron | Removes impurities, achieving >95% purity | Special alloy production |
Machine parts/engine blocks | Dismantles composite metal structures | Automotive recycling |