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Stainless Steel Slag Sorting Treatment and Resource Utilization Solution

OreSolution Stainless Steel Slag Plant. Recovers Nickel-Iron Alloy (>90%) via Magnetic/Gravity separation. Turns tailings into eco-friendly building materials.

 

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Product Inquiry

Stainless Steel Slag Sorting & Resource Utilization Solution turns industrial waste into high-value alloy and construction materials.

This solution recovers Nickel-Iron Alloy from smelting slag using Magnetic or Gravity Separation. It achieves a metal recovery rate of >90% and converts the remaining tailings into eco-friendly building materials, realizing a 100% resource utilization rate.

What Is Stainless Steel Slag Treatment?

Stainless Steel Slag Treatment is the process of crushing and sorting smelting waste to recover trapped metal alloys (Nickel, Chromium, Iron). The process varies based on the alloy content: Magnetic Separation for magnetic low-nickel alloys, and Gravity Separation for non-magnetic high-nickel alloys. The final inert slag is reused in construction.

Stainless Steel Slag Processing Plant

Sorting Process Solutions

Solution A: Magnetic Separation (For Low-Nickel Slag)

Principle: Low-nickel alloys are magnetic.

  • Crushing: Release alloy particles from slag.
  • Magnetic Separation: Use Dry/Wet Magnetic Separators to capture magnetic alloy particles.
  • Advantage: Simple process, low cost, high efficiency.

Solution B: Gravity Separation (For High-Nickel Slag)

Principle: High-nickel alloys are non-magnetic but heavy.

  • Crushing & Screening: Classify material size.
  • Jigging: Use Jig Machines for coarse alloy recovery.
  • Shaking Table: Use Shaking Tables for fine alloy recovery based on density difference.
  • Advantage: Recovers high-value non-magnetic alloys that magnetic separation misses.
Slag Crusher
Shaking Table for High Nickel Slag

Tailings Resource Utilization

After extracting the metal, the remaining slag is not waste. It is processed into high-value products:

  • Construction Aggregates: Road base material, concrete aggregate.
  • Green Building Materials: Raw material for non-fired bricks and permeable blocks.
  • Cement Admixture: Fine slag powder used as a cement replacement.
  • Environmental Impact: Reduces carbon emissions by ~0.8 tons per ton of slag used.

Recycled Slag Products

Process Selection Guide

Slag Type Alloy Property Recommended Process
Low-Nickel Slag Strong Magnetic Crushing + Magnetic Separation
High-Nickel Slag Weak/Non-Magnetic, Heavy Crushing + Gravity Separation (Jig/Table)
Mixed Slag Mixed Properties Combined Magnetic + Gravity

Frequently Asked Questions (FAQ)

Q1: How much metal can be recovered?

A: With our optimized process, the recovery rate of Nickel-Iron alloy typically exceeds 90%, turning waste disposal costs into significant profit.

Q2: Is the process environmentally safe?

A: Yes. The process is purely physical (Magnetic/Gravity) and uses no chemicals. We use a closed-loop water system to ensure zero wastewater discharge and no secondary pollution.

Q3: Can you handle wet slag?

A: Yes. We can design wet processing lines (Jigs/Shaking Tables) which are ideal for wet slag as they eliminate dust issues common with dry processing.

Turn Stainless Steel Slag into Profit

We provide a complete solution: Metal Recovery + Slag Utilization.
Contact us for a customized proposal and ROI analysis.

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