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Fine Ferrotitanium

Updated: 2026-07-21

Overview

Ferrotitanium fine granules are a critical alloy additive composed primarily of iron and titanium, with titanium content typically ranging from 30% to 70%. They are produced through aluminothermic reduction or melting processes, resulting in uniform granules ideal for controlled addition in metallurgical applications. The product is widely used to improve the mechanical and chemical properties of steel, including strength, ductility, and resistance to corrosion. In industrial settings, ferrotitanium granules are favored for their consistent composition and ease of handling compared to bulk forms. Their fine particle size ensures rapid dissolution in molten metals, making them efficient for steelmaking and welding processes. The alloy’s versatility also extends to specialized sectors like aerospace and marine engineering.

Physical and Chemical Properties

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Ferrotitanium granules exhibit a metallic gray appearance and are characterized by high density (6.0–6.5 g/cm³) and a melting point between 1400–1500°C. The alloy is insoluble in water and most organic solvents but reacts with strong acids. Its key chemical property is its ability to act as a deoxidizer and nitrogen scavenger in steel, reducing impurities and enhancing microstructure. Physically, the granules are engineered for optimal particle size distribution (commonly 0.1–3 mm), ensuring uniform dispersion in molten metals. The titanium content directly influences properties like hardness and thermal stability, with higher grades (e.g., FeTi70) offering superior performance in high-strength applications.

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Main Applications

The primary use of ferrotitanium fine granules is in steelmaking, where they serve as a microalloying additive to refine grain structure and increase tensile strength. They are particularly valuable in producing low-alloy steels, stainless steels, and tool steels. The granules also act as a deoxidizer, reducing porosity and improving weld integrity. In welding, ferrotitanium is added to electrodes or fluxes to enhance arc stability and deposit quality. Specialty applications include aerospace components (e.g., turbine blades) and marine hardware, where titanium’s corrosion resistance is critical. Emerging uses include additive manufacturing (3D printing) of titanium-reinforced metal parts.

Safety and Storage

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While ferrotitanium granules are non-toxic, they can cause mechanical irritation to skin and eyes due to their abrasive texture. Handling requires gloves, goggles, and dust masks to prevent inhalation or contact. The material is non-flammable but should be kept away from strong oxidizers to avoid exothermic reactions. Storage recommendations include dry, cool environments with minimal humidity to prevent oxidation or clumping. Bulk quantities are typically packaged in moisture-resistant bags or steel drums. Spills should be swept up promptly to avoid slip hazards.

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B2B Procurement Guide

When sourcing ferrotitanium granules, buyers should prioritize suppliers with certified composition analysis (e.g., ISO 9001). Key specifications include titanium content (e.g., FeTi30 vs. FeTi70), particle size distribution, and impurity levels (e.g., Al, Si). Pricing varies by titanium market trends and order volume, with discounts for bulk purchases. Procurement strategies should consider logistics, as the material’s density affects shipping costs. Sample testing is advised to verify consistency. Leading producers are located in China, Russia, and the U.S., with regional suppliers offering shorter lead times.

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