Ferro Titanium Powder

Ferro Titanium Powder

Ferro titanium powder is a special alloy with a wide range of uses. It is added to steel as an alloying element in the steelmaking process to refine the structure and crystallization, fix the interstitial elements (carbon and nitrogen)
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Description

Technical Parameters

Description

 

Ferro Titanium Powder is an alloy powder composed of iron and titanium elements. The product is mainly made of iron (Fe) and titanium (Ti) mixed in a certain proportion and processed through a specific production process. The chemical composition and particle size of the iron-titanium alloy powder can be customized according to customer needs. The iron-titanium alloy powder usually presents an irregular metal shape and is mostly dark gray in color.

 

Features


Improve fluidity during casting process
Ferro Titanium Powder can refine the grains in the molten steel, improve the fluidity of the liquid metal, and reduce casting defects caused by metal non-fluidity, especially gaps, pores and cold shuts. The fine crystal effect of titanium enables the metal to fill the mold evenly during casting, reducing the voids and uneven density that may be generated during the casting process, thereby improving the quality and dimensional accuracy of the casting.


Reduce smelting temperature and energy saving effect
In Ferro Titanium Powder, the high reactivity of titanium can help complete alloying reactions such as deoxidation and denitrification at a lower temperature, so the metal alloying process can be completed at a lower furnace temperature, thereby reducing energy consumption. Especially in large-scale production, lower smelting temperatures can not only save energy costs, but also reduce oxidation losses of furnace charge and damage to refractory materials in the furnace, extending the service life of the furnace.


Promote precise control of other alloying elements
Ferro Titanium Powder can interact well with other alloying elements (such as chromium, manganese, etc.), promoting the precise distribution of these elements during the smelting process. Titanium helps to improve the uniformity of the distribution of alloying elements by interacting with elements such as chromium and manganese, reducing the negative impact of these elements on the performance of the final alloy product. This is particularly important for the production of special alloys with high toughness and high strength requirements, such as high-temperature resistant alloys and corrosion-resistant alloys. By precisely controlling the distribution of alloying elements, titanium iron powder can improve the fatigue resistance and aging resistance of the alloy.


Improve the operability and safety of the production process
The addition of Ferro Titanium Powder can reduce the violent reaction during smelting and reduce the probability of danger during the production process. The addition of titanium makes the smelting process more stable, the oxidation reaction of the steel liquid is effectively controlled, and the safety hazards caused by excessive oxidation and chemical reactions are avoided. In addition, titanium's strong deoxidation ability helps the molten steel maintain a low oxygen content during the smelting process, reducing the generation of reactive gases and thus reducing the risk of gas expansion and explosion during the smelting process.

 

grade

Chemical composition (mass fraction)%

Ti

C

Si

P

S

Al

Mn

Cu

no greater than

FeTi70-A

65.0~75.0

0.10

0.50

0.04

0.03

3.0

1.0

0.20

FeTi70-B

65.0~75.0

0.20

4.0

0.06

0.03

5.0

1.0

0.20

FeTi70-C

65.0~75.0

0.30

5.0

0.08

0.04

7.0

1.0

0.20

 

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