Metallurgical Ferro Titanium
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Metallurgical Ferro Titanium

Metallurgical Ferro Titanium is designed specifically for steelmaking. The low-titanium version is primarily used for deoxidation and desulfurization of plain carbon and low-alloy steels, while the high-titanium version is used for microalloying high-strength low-alloy (HSLA) steel and stainless steel. It can also be used in the foundry industry to improve graphite morphology and reduce casting defects.
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Product Introduction

Product Introduction

 

Metallurgical Ferro Titanium is primarily produced using the aluminothermic and electrosilicothermic methods. The aluminothermic method reduces titanium concentrate with aluminum to produce a high-titanium, low-carbon product. The electrosilicothermic method utilizes electric furnace heating and is suitable for producing low-titanium ferrotitanium. Both processes require precise control of temperature and raw material ratios to ensure stable composition.

Metallurgical Ferro Titanium

 

Product Features

 

 Highly Targeted and Adaptable to Metallurgical Applications: Metallurgical Ferro Titanium's composition is designed to perfectly match the needs of steelmaking. The low-titanium version balances deoxidation efficiency and cost, while the high-titanium version enhances alloying. It can be directly incorporated into molten steel for reaction, eliminating the need for additional treatment and avoiding the introduction of new impurities.

 High Deoxidation and Desulfurization Efficiency: Titanium is highly chemically active and preferentially combines with oxygen and sulfur in molten steel to form stable TiO₂ and TiS₂ compounds. These compounds are then discharged with the slag, reducing the oxygen content in the steel to below 0.002%, significantly improving the steel's purity.

 Dual Alloying and Grain Refining Effects: In molten steel, titanium not only acts as an alloying element to enhance steel strength but also combines with carbon and nitrogen to form nano-sized TiC and TiN particles. These particles inhibit grain growth at high temperatures, refine the microstructure, and ultimately improve the steel's toughness and weldability.

 Stable Composition and High Batch Consistency: Online composition monitoring and temperature control systems ensure minimal fluctuations in titanium content and impurity element content within each batch during production. This stabilizes the steel production process and prevents product quality instability caused by raw material fluctuations.

 

Company Profile

 

We have advanced testing equipment and a comprehensive quality control system. All production lines are certified to GBT19001-2016, ISO9001-2015, and GBT45001-2020, ISO45001-2018 standards, ensuring consistent product quality and a safe and reliable workplace.

Henan Tieyao Trading Co., Ltd. is committed to promoting technological innovation and supporting the development of the global high-tech industry. Our materials play a vital role in industrial manufacturing, refractories, optics and ceramics, electronics and semiconductors, new energy vehicles and transportation, and environmental protection and renewable energy.

We look forward to establishing long-term partnerships with our customers and jointly promoting the advancement of global industrial technology.

 

FAQ

 

Q1:Do you have test report of this product?

A1: Yes we have test report from a third party.

Q2:What is the country of origin of the product?

A2: The country of origin of the product is China.

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