Ferro Silicon Zirconium High Hardness

Ferrosilicon zirconium is a composite material consisting of elements such as iron, silicon and zirconium. It has the characteristics of high hardness, wear resistance and high temperature stability, so it has been widely used in the industrial field. The reason of high hardness of iron silicon zirconium will be discussed in this paper.

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Description

The reason of high hardness of iron silicon zirconium is mainly related to its microstructure. In ferrosilico-zirconium, the elements silicon and zirconium are added to the iron matrix to form a special structure.

These structures, called "intermetallic compounds," are crystalline structures made up of metallic and nonmetallic atoms. The crystal structure of intermetallic compounds has a high degree of order and compactness, so it has a high hardness and strength.

The hardness of iron silicon zirconium is also related to its chemical composition. Among them, the addition of silicon and zirconium can improve the hardness and wear resistance of iron silicon zirconium.

The addition of silicon element can form iron silicate, and the addition of zirconium element can form iron zirconium. These compounds have high hardness and stability, so they can improve the hardness and wear resistance of iron, silicon and zirconium.

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 High Hardness

Iron silicon zirconium, for example, can be used to make cutting tools. For example, cutting tools made of iron, silicon and zirconium can maintain high hardness and wear resistance when cutting at high speeds. This is because iron silicon zirconium has high hardness and stability, which can resist wear and deformation during high-speed cutting.

Iron silicon zirconium can also be used in the manufacture of automotive engine parts, aircraft engine impeller and other high temperature and high pressure workpiece. These workpieces need to have high hardness, high strength and high temperature stability, iron silicon zirconium can meet these requirements.