How Is Ferrotitanium Smelted? What Is The Price Of Ferro Titanium Per Kg?
Leave a message
How is Ferrotitanium Smelted?
Ferrotitanium smelting is a complex and precise process requiring strict control of temperature, pressure, and chemical composition. The main steps are as follows:
Raw Material Preparation: Ferrotitanium is typically produced by reducing titanium ore. After processes like grinding, beneficiation, and crushing, the ore is mixed with reducing agents (e.g., coal powder) to form the reduction furnace charge.
Smelting Reaction: Before smelting, the furnace hearth and charging platform must be thoroughly cleaned, and production logs recorded. The reduction charge is then heated in a high-temperature furnace, where the titanium oxide in the ore is reduced to ferrotitanium through a reduction reaction.
Cleaning Operations: After the reaction period, the furnace requires cleaning to remove residual slag and impurities. Simultaneously, the product must be separated, cooled, and processed.
Refining Process: Lime or other ores are added to absorb and remove impurities from the product. This stage often needs repetition to ensure the ferrotitanium meets quality standards.
Crystallization and Solidification: The resulting molten ferrotitanium gradually crystallizes and solidifies upon cooling, forming solid ferrotitanium products in lumps or granules.
Post-Processing: The produced ferrotitanium undergoes testing (e.g., smelting temperature, composition) to ensure compliance with standards. It is then packaged, stored, transported, and ultimately delivered to customers or used in downstream production.
In summary, ferrotitanium smelting is a complex and meticulous process demanding strict control of parameters and procedures to ensure product quality and production efficiency. Professional expertise and advanced equipment are essential for its execution.
What is the price of ferro titanium per kg?
Ferro Titanium price per kg
| Ferrotitanium prices in major regions of China on July 1 | ||||
| Quotations from mainstream manufacturers of low-titanium iron in major regions of China: | ||||
| Product Name | Specification | Price (yuan/ton, 25 base price) | Rise and Fall | area |
| Low titanium iron | 30 | 12200-12500 | -- | Jiangsu |
| Low titanium iron | 30 | 12200-12500 | -- | Yingkou |
| Low titanium iron | 30 | 12200-12500 | -- | Jinzhou |
| Low titanium iron | 30 | 12200-12500 | -- | Henan |
| Low titanium iron | 30 | 12200-12500 | -- | Changzhou |
| Prices of mainstream manufacturers of medium and high ferrotitanium in major regions of China: | ||||
| Product Name | Specification | Price (yuan/ton, 25 base price) | Rise and Fall | area |
| Ferrotitanium | 40 | 12200-12500 | -- | Jinzhou |
| Ferrotitanium | 40 | 12200-12500 | -- | Henan |
| Ferrotitanium | 40 | 12200-12500 | -- | Jiangsu |
| High titanium iron | Scrap Titanium Type | 28500-30000 | -- | Jiangsu |
| High titanium iron | Scrap Titanium Type | 28500-30000 | -- | Liaoning |
| High titanium iron | Scrap Titanium Type | 28500-30000 | -- | Henan |
| Recent transaction prices in the Chinese market (for reference only): | ||||
| Product Name | Specification | Price (Yuan/ton) | Rise and Fall | area |
| Low titanium iron | 30 | 12000-12300 (25 base price) | -- | Liaoning |
| Ferrotitanium | 40 | 12000-12300 (25 base price) | -- | Liaoning |
| High titanium iron | 70A | 28300-29300 (actual weight) | -- | Liaoning |
| High titanium iron | 70B | 27300-28300 (actual weight) | -- | Liaoning |
What Are the Classifications of Ferrotitanium?
Ferrotitanium (FeTi) is a Ti-Fe alloy. Common classifications by composition/application:
Ferrotitanium (FeTi) is a Ti-Fe alloy. Common classifications by composition/application:
Nitrided FeTi: Contains N; used for wear-resistant alloys (e.g., FeTi 65~75% in stainless steel).
Ferrotitanium Silicon: With Si; enhances corrosion resistance (e.g., ferrotitanium 10-50mm granules).
Ferrotitanium Niobium (FeTi Nb): Contains Nb; refines steel grain structure.
Ferrotitanium Vanadium (FeTi V): With V; improves thermal strength (e.g., ferro titanium 28%-75% in alloy steels).
Ferrotitanium Chromium (FeTi Cr): Contains Cr; boosts high-temperature performance.
Ferrotitanium Tungsten (FeTi W): With W; used in aerospace alloys (e.g., FeTi Lump/10-50mm).
As a vital alloy material, ferrotitanium (including FeTi 28%-75%, FeTi Lump, and 10-50mm grades) serves diverse industrial needs and will continue driving technological progress.
Visit ferro-silicon-alloy.com to learn more about the product. If you would like to know more about the product price or are interested in purchasing, please send an email to info@zaferroalloy.com. We will get back to you as soon as we see your message.
