Products Parameters
| Ti | 68-72 | % min. |
| Al | 5.00 | % max. |
| V | 3.00 | % max. |
| O2 | 2.00 | % max. |
| C | 0.15 | % max. |
| S | 0.02 | % max. |
| P | 0.02 | % max. |
| Si | 0.50 | % max. |
| N | 0.50 | % max. |
| Sn | 0.50 | % max. |
| Ni | 0.50 | % max. |
| Cr | 0.50 | % max. |
| Pb | 0.010 | % max. |
| Bi | 0.010 | % max. |
Titanium Ferro specifications: 30/40/70 silver gray, 10-80mm Natural Block,, or customized to customer requirements.
Packing: waterproof, woven bag ton packing (1000KG per pack)
Products Description
Ferrotitanium 30 is an important ferroalloy, mainly composed of iron and titanium, of which the titanium content is about 30%. This alloy has a wide range of applications in the metallurgical industry, especially in steel production as an additive to improve the properties of the material. Compared with other ferroalloys, Ferrotitanium 30 has unique physical and chemical properties, making it an important material in many industrial fields.
Ferrotitanium 30 is primarily composed of iron and titanium, with the titanium content typically ranging from 28% to 32%, with the remainder being primarily iron, with small amounts of other elements such as aluminum, silicon, and carbon. The main methods for producing Ferrotitanium 30 include the aluminothermic process and the electrosilicothermic process. In the aluminothermic process, titanium ore (such as ilmenite or rutile) is mixed with aluminum powder and reduced at high temperatures to produce a titanium-iron alloy. The electrosilicothermic process uses silicon as a reducing agent in an electric furnace to extract titanium from titanium oxide and combine it with iron to form an alloy. Both methods are effective in producing Ferrotitanium 30 that meets industrial standards.
Ferrotitanium 30 has a high melting point and good high temperature resistance, which allows it to remain stable in high temperature environments. It has a high density and strong oxidation resistance, which can effectively reduce oxidation losses in molten metal. In addition, the addition of titanium gives the alloy a certain solid solution strengthening effect, which can improve the strength and corrosion resistance of the final steel product. In terms of chemical properties, titanium's strong affinity enables it to combine with oxygen, nitrogen and other elements in steel to form stable compounds, thereby reducing the impurity content in steel. This feature makes Ferrotitanium 30 an effective deoxidizer and denitrifier in the steelmaking process, which helps to improve the purity of steel.
The main use of Ferrotitanium 30 is as an additive in steel production. In the steelmaking process, adding an appropriate amount of Ferrotitanium 30 can refine the grains and improve the strength and toughness of the steel. Especially in the production of high-strength low-alloy steel (HSLA) and stainless steel, the addition of titanium can significantly improve the welding performance and corrosion resistance of the material. In addition, Ferrotitanium 30 is also used in the foundry industry. Adding titanium to cast iron can promote graphitization and improve the mechanical properties of cast iron, making it more suitable for manufacturing wear-resistant parts such as engine blocks and mechanical parts.
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