Recovered Metallic Fines

£113.87

Recovered Metallic Fines are high-purity, secondary raw material streams precision-engineered from industrial byproducts, enabling closed-loop material efficiency for foundries, smelters, and alloy manufacturers.

Competitive Advantage Spotlight
Unlike virgin ores or commingled scrap, our fines deliver consistent particle size distribution and elemental composition, reducing melt loss by up to 18% and lowering carbon intensity per ton of finished metal.

Description

1. Product Overview
Recovered Metallic Fines are high-density, ferrous and non-ferrous particulates reclaimed from industrial slag, machining swarf, and shredder residue streams. Primarily used as a premium feedstock for secondary steelmaking, foundries, and sinter plants, this product offers a cost-efficient alternative to virgin ore without compromising metallurgical yield. Strategically critical in a circular economy, it reduces carbon intensity per ton of finished metal while securing supply chains against volatile primary commodity markets.

2. Key Specifications & Technical Characteristics

  • Chemical composition: Fe content 62–68% typical; trace elements (Si, Al, Cu, Mn) below 2.5% combined; <0.8% free silica

  • Purity level: Grade A – recovered metallic fraction; fully de-oiled and magnetically separated

  • Physical characteristics:

    • Form: Irregular granular fines

    • Color: Dark grey to black metallic sheen

    • Particle size: 0–6 mm (95% passing 4 mm)

    • Bulk density: 2.4–2.8 t/m³

    • Moisture: <3% as shipped

  • Packaging options: Bulk loose in open-top containers; 1.5 MT jumbo woven polypropylene bags (optional)

  • Shelf life: Indefinite when stored in dry, covered conditions (no oxidation risk beyond surface level)

3. Core Industrial Applications

  • Primary industries: Secondary steel mills, ferroalloy producers, copper smelters, cement kilns (as iron corrective)

  • Specific operational use cases:

    • Sinter plant feed blending (replaces 15–25% of primary iron ore)

    • Electric arc furnace (EAF) charge optimization

    • Slag conditioning in non-ferrous recovery circuits

  • Why this product performs better than alternatives:
    Lower melting energy than low-grade ore; consistent particle size improves bed permeability in sintering; higher metallic yield per ton vs. mill scale.

  • Efficiency & cost advantages: Reduces raw material cost by 12–18% per liquid metal ton; lowers CO₂ emissions by 0.35 t CO₂/t product vs. virgin iron ore extraction and processing.

4. Competitive Advantages

  • Quality consistency: ISO 9001:2024 certified sorting and magnetic separation; each lot validated by XRF and size analysis certificate.

  • Supply reliability: Long-term off-take agreements with three regional shredder operators; 99.2% on-time delivery rate over 24 months.

  • Logistics capability: Dedicated rail and bulk vessel loading; port-adjacent storage with 15,000 MT live inventory.

  • Price competitiveness: Priced at 82–88% of Platts Iron Ore Fines 62% Fe benchmark (CFR basis).

  • Sustainability benefits: 100% recovered material; eligible for green steel scope 3 emissions reduction credits; zero process water discharge in reclamation.

  • Technical support: Full mill test reports, blending recommendations, and monthly quality trend analysis provided.

5. Commercial & Supply Information

  • Minimum order quantity (MOQ): 20 MT (one bulk truckload equivalent)

  • Loading capacity per container: 25 MT per 20-ft dry bulk container (lined, vented)

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