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
Ferro-titanium 30 is an iron-titanium alloy, in which the titanium content is about 30%, and the rest is iron and other possible trace elements. Ferro-titanium 30 has a high density and melting point, good mechanical properties and corrosion resistance. Titanium has high chemical stability and can react with oxygen, nitrogen and other elements to form stable compounds, thereby enhancing the corrosion resistance of ferro-titanium.
Ferrotitanium 30 is an iron-titanium alloy, in which the titanium content is about 30%, and the rest is mainly iron. In addition, it may also contain a small amount of aluminum, silicon, manganese, carbon, phosphorus, sulfur and other elements. Ferrotitanium 30 has a high density and melting point, good mechanical properties and certain corrosion resistance. However, because it contains more iron, its physical and chemical properties are different from those of pure titanium.
Due to its high strength and corrosion resistance, titanium iron 30 is widely used in aerospace, chemical industry, marine engineering and other fields. For example, it can be used to manufacture aircraft parts, rocket engine parts, corrosion-resistant pipes and valves, etc. Pure titanium has a wider range of uses. In addition to aerospace, chemical industry and marine engineering fields, pure titanium can also be used to manufacture medical equipment, sports equipment, etc. In addition, pure titanium is also widely used in dental and orthopedic implants due to its good biocompatibility. In terms of price, the preparation process of titanium iron 30 may be simpler and the cost is lower than that of pure titanium. Therefore, it may be more affordable. The preparation process of pure titanium is relatively complicated and the cost is high. At the same time, due to its excellent performance and wide range of applications, the market demand for pure titanium is also relatively high. These factors together lead to the fact that the price of pure titanium is usually higher.
In summary, there are significant differences between ferrotitanium 30 and pure titanium in terms of composition, physical and chemical properties, uses and application fields, as well as price and difficulty in obtaining. These differences make the two play different roles in their respective application fields.
The production of ferro-titanium 30 usually involves putting raw materials such as ilmenite and rutile into a blast furnace together with a reducing agent for reduction smelting to obtain ferro-titanium alloy. During the production process, it is necessary to strictly control parameters such as the ratio of raw materials, smelting temperature and time to ensure that the composition and performance of ferro-titanium 30 meet the relevant standards.
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