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News & Events

An intermediate alloy is a special alloy

Release time:

2024-01-24

Intermediate alloy is a kind of special alloy, which is made of some simple substance, can be easily added to other alloys, solve the problems of burning loss, high melting point, and has little influence on raw materials. The application of intermediate alloy can improve the performance and processing performance of the alloy, which is widely used in aviation, automobile, electronics and other fields.

Intermediate alloy is a special alloy, which is made of certain elements, can be easily added to other alloys, to solve some problems in the preparation of conventional alloys, while the raw materials are not affected. The master alloy generally has a higher melting point and chemical stability, which can improve the properties of the target alloy and improve the processing.

The preparation of master alloys is mainly through the synthesis of certain elements with other alloying elements. Commonly used intermediate alloys are aluminum, magnesium, titanium and so on. These elements have high melting point and chemical stability, and can form alloys with other elements under high temperature conditions to improve the strength, hardness and corrosion resistance of the alloy.

The main function of the intermediate alloy is to solve the problem of burning loss. Under some high temperature conditions, some alloying elements will be lost due to high temperature evaporation or oxidation, resulting in changes in alloy composition. The addition of intermediate alloys allows these elements to be added to the alloy at a lower loss rate, thereby keeping the chemical composition of the alloy stable.

In addition, the intermediate alloy can also solve the problem that the high melting point alloy is not easy to melt. Some alloying elements have a higher melting point, resulting in a higher melting point of the alloy, which is difficult to process and form. The addition of intermediate alloy can reduce the melting point of the alloy, improve its processing performance, and make the alloy easier to form.

In addition, the addition of the intermediate alloy has less influence on the raw materials. Since the intermediate alloy is usually only used as an additive, its content is very small, and it has little effect on the chemical composition and performance of the raw materials. In this way, the stability and consistency of the raw materials can be maintained, and the uncertainty in the alloy preparation process can be reduced.

In short, the intermediate alloy is a special alloy, which is made of certain elements, can be easily added to other alloys, to solve the problems of burning loss, high melting point, and less impact on raw materials. The application of intermediate alloy can improve the performance and processing performance of the alloy, which is widely used in aviation, automobile, electronics and other fields.