Ferrotitanium is one of the essential additives in the steelmaking industry, improving the purity of molten steel through effective deoxidation. This ferroalloy, with its high titanium content, increases the hardness, strength, and mechanical performance of steel. By absorbing excess nitrogen and carbon, it prevents brittleness and defects in the steel’s structure, enhancing the final product’s purity. Additionally, ferrotitanium reduces the formation of carbides and harmful compounds, extending the lifespan and durability of steel components. These properties make ferrotitanium a key contributor to achieving high-quality steel and improving the efficiency of metallurgical processes.
It acts like a microscopic quality controller in steel—smoothing out impurities, strengthening the structure, and ensuring the metal performs reliably under demanding conditions.
Ferrotitanium, with its strong deoxidising properties and ability to absorb impurities, plays a vital role in improving steel quality. This ferroalloy enhances the strength, hardness, and corrosion resistance of steel, increasing the durability of industrial components. Using ferrotitanium in steel production processes facilitates the optimisation of chemical composition and the removal of harmful elements. Its suitable density and stability make its addition to molten steel simpler and more reliable for quality control. These characteristics make ferrotitanium an efficient choice for steel alloy production and modern industrial applications.
It functions like an invisible guardian within the molten steel—purifying, strengthening, and ensuring that the final product meets the high demands of modern industry.
Ferrotitanium, with its unique combination of titanium and iron, plays a key role in enhancing the quality and properties of steel and cast products. This ferroalloy, due to its strong deoxidising capability and impurity removal, effectively increases the strength and hardness of steel while preventing structural defects and brittleness. Its chemical stability and optimal density allow precise control over chemical composition, producing clean and uniform steels.
Additionally, the use of ferrotitanium significantly improves corrosion resistance and the durability of industrial components, reducing maintenance and replacement costs. Our company supplies ferrotitanium in various quality grades with fast delivery, utilizing premium raw materials, advanced production technology, and compliance with international standards. With years of experience and expert support, our team ensures the optimal selection and use of ferrotitanium. Enhance the efficiency and lifespan of your products—contact us today and experience the difference in quality!
Ferrotitanium, due to its unique properties, plays a prominent role in controlling chemical composition and removing impurities in steelmaking processes. Its excellent stability and appropriate reactivity ensure consistent and reliable performance even under sudden temperature fluctuations and thermal shocks. These characteristics prevent fractures or sudden defects in the steel structure, guaranteeing the quality of the final product.
Our company supplies ferrotitanium produced from high-purity raw materials using advanced technology, supporting customers in improving the efficiency of their production lines. Compliance with international standards (such as ASTM and EN), timely delivery, technical consulting by our expert team, and competitive pricing are among the key factors that set us apart. By choosing our ferrotitanium, you can be confident in moving toward sustainable production, reduced costs, and enhanced product quality. We will be your partner in industrial success!
| Packing | Size (mm) | S% | P% | Si% | AL% | C% | Ti% |
|---|---|---|---|---|---|---|---|
| 250drums | 10-60 | 0.03 max | 0.04 max | 0.63 max | 4 max | 0.4 max | 70-75 |
