Ferro Silicon Zirconium Alkali Resistance

Ferrosilicon zirconium is a corrosion-resistant material that can be used in harsh environments with strong alkalis. The main reason is its special combination of chemical and physical properties.

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Description

Iron silicon zirconium can be used in strong alkali environment, because it has high chemical stability and physical properties, can withstand strong alkali corrosion and high temperature and other harsh conditions test. This makes it an important industrial material, widely used in chemical, electronics, nuclear industry and other fields.

Zirconium is also chemically stable, resistant to acid and base attacks. Although iron is easy to be oxidized, the iron in iron silicon zirconium exists in the form of crystal, forming a layer of oxide film on the surface, which can effectively prevent further oxidation and corrosion of iron.
The physical properties of iron silicon zirconium are also very suitable for use in strong alkali environments. It has high tensile strength and hardness, can withstand greater pressure and wear. In addition, the thermal conductivity and resistivity of iron silicon zirconium is relatively moderate, can maintain stable performance at high temperature, will not be deformed or damaged because of temperature changes.

Specification

Product Name	Zr	Si	Ca
FeSiZr 2-4	2-4%	≥70%	≤1.3%
FeSiZr 3-5	3-5%	≥68%	≤1.3%

Ferro Silicon Zirconium Alkali Resistance

For example, ferrosilicozirconium can be used to make reactors, evaporators, condensers and other components in chemical equipment.

These devices usually need to work in a strong alkali environment, and iron silicon zirconium happens to have excellent alkali corrosion resistance.

Iron silicon zirconium can also be used in electrolytic cell anode, can effectively resist the erosion of electrolyte. In the nuclear industry, iron silicon zirconium is also widely used in the fuel elements of nuclear reactors because of its ability to withstand high temperatures and radiation while maintaining stable performance.