Ti-Cr Alloy Slag

£460.00

Ti-Cr Alloy Slag is a high-value metallurgical byproduct rich in recoverable titanium and chromium content, sourced from controlled industrial smelting processes and supplied in bulk for re-processing, ferroalloy production, and refractory applications. Each batch is processed to consistent particle size and chemical specification, making it a reliable secondary feedstock for buyers seeking to optimize raw material costs without compromising metallurgical performance.

Competitive Advantage Spotlight
Compared to virgin ore-based inputs, this alloy slag delivers a significantly lower cost-per-ton of recoverable Ti and Cr units while supporting circular-economy sourcing goals — a growing procurement priority for global steel and alloy manufacturers. Backed by consistent assay reporting and scalable supply volumes, it positions buyers to secure stable input quality and pricing advantages in a volatile raw materials market.

Description

1. Product Overview

Ti-Cr Alloy Slag is a high-grade metallurgical by-product derived from titanium-chromium alloy smelting and refining operations, valued for its concentrated content of recoverable titanium and chromium oxides. It serves as a critical secondary raw material for ferroalloy producers, titanium chemical manufacturers, refractory plants, and specialty cement operations seeking cost-efficient alternatives to virgin ore feedstocks. Its core value proposition lies in delivering near-equivalent metallurgical performance to primary ores at a significantly lower acquisition cost, while supporting resource circularity goals. As global demand for chromium and titanium-bearing materials accelerates—driven by stainless steel, aerospace, automotive, and pigment industries—this product represents a strategically resilient, supply-secure input for buyers seeking to de-risk procurement and optimize input costs. For industrial buyers prioritizing both performance and cost discipline, Ti-Cr Alloy Slag offers a compelling, scalable sourcing solution.

2. Key Specifications & Technical Characteristics

  • Chemical Composition: TiO₂ content typically 15–35%, Cr₂O₃ content typically 8–20%, with balancing oxides including FeO/Fe₂O₃, SiO₂, Al₂O₃, CaO, and MgO (exact assay provided per batch via Certificate of Analysis)
  • Purity / Grade: Industrial-grade slag available in multiple compositional grades to match downstream metallurgical or chemical processing requirements
  • Physical Form: Granular to lump form, with crushed/sized variants available on request
  • Color: Dark grey to black, characteristic of high-temperature smelting slag
  • Particle Size: Customizable ranges (e.g., 0–5mm, 5–25mm, or lump form up to 100mm) depending on downstream processing needs
  • Density / Bulk Weight: Approx. 2.8–3.5 g/cm³ (variable by composition and porosity)
  • Moisture Content: Low residual moisture; moisture-controlled packaging available
  • Packaging Options: Bulk loading, jumbo bags (1MT), or 25–50kg woven bags, customizable per buyer logistics requirements
  • Shelf Life: Indefinite under standard dry storage conditions; no chemical degradation over time, though covered storage is recommended to prevent moisture ingress

3. Core Industrial Applications

  • Ferroalloy & Stainless Steel Industry: Used as a chromium-bearing input for ferrochrome production and chromium recovery circuits, reducing dependency on virgin chromite ore
  • Titanium Chemical & Pigment Industry: Serves as a feedstock source for titanium recovery processes feeding into TiO₂ pigment and titanium chemical production chains
  • Refractory Material Manufacturing: Utilized in the formulation of high-temperature refractory products due to its oxide-rich composition and thermal stability
  • Cement & Construction Materials: Incorporated as a clinker additive or aggregate component, leveraging its mineral content to enhance material properties while reducing raw mix costs

Performance & Cost Advantages:

  • Delivers comparable Ti and Cr recovery yields to primary ores at substantially lower per-tonne input cost
  • Provides a stable, secondary supply channel that diversifies and de-risks raw material sourcing strategies
  • Reduces overall production cost structures for downstream metallurgical and chemical processors
  • Supports ESG and circular economy commitments by valorizing industrial by-products rather than relying solely on newly mined resources

4. Competitive Advantages

  • Quality Consistency: Standardized batch testing and Certificates of Analysis (COA) accompany every shipment, ensuring compositional predictability for downstream planning
  • Supply Reliability: Sourced from established industrial smelting operations with consistent production volumes, enabling dependable repeat supply for long-term contracts
  • Logistics Capability: Full container-load (FCL) and bulk vessel shipment options, with global export documentation and freight coordination support
  • Price Competitiveness: As a by-product material, pricing is structurally advantaged versus primary ore equivalents, offering meaningful margin improvement for buyers
  • Sustainability Profile: Represents a recycled industrial material that reduces reliance on newly extracted ore, aligning with circular economy and ESG sourcing mandates
  • Technical Support & Documentation: Lab samples, MSDS, COA, and technical specification sheets available pre-shipment to support buyer due diligence and process integration planning

5. Commercial & Supply Information

  • Minimum Order Quantity (MOQ): Bulk 20MT
  • Loading Capacity: Approx. 20–25MT per 20ft container (bulk loading); higher volumes available via bulk vessel shipment for larger procurement requirements

Additional information

Price

per MT

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