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The industrialization of most modern countries is relatively advanced, and many metal products are widely used.Especially when smelting aluminum products, adding an appropriate amount of aluminum alloy refining flux can greatly improve its performance advantages.
Various metal products are used in many industrial production processes, such as steel products and aluminum products, which have relatively good corrosion resistance and no oxidation. The role of aluminum alloy refining flux is more obvious. It is mainly used to remove excess metal impurities. It is easy to decompose at high temperature. Due to the strong adsorption capacity of aluminum alloy refining flux, it is widely used when smelting metal products.
You will find that aluminum alloy refining flux are widely used in real life, especially when the requirements for the material specifications of aluminum products are relatively high. Therefore, when smelting aluminum products, you can add an appropriate amount of refining flux, and you can also add magnesium, rare earth and other metal elements, which can greatly increase the performance advantages of aluminum alloy. We can make aluminum alloys and magnesium alloys according to actual production needs. These new materials have particularly good corrosion resistance and anti-skid properties, and there will be no oxidation.
In our real life, various aluminum alloy products are used. When smelting aluminum products, adding aluminum alloy refining flux can remove impurities in aluminum, improve the performance advantages of aluminum products, and greatly improve the purity of aluminum products. You can add an appropriate amount of refining agent according to actual production needs.
As we all know, in many industrial production processes, especially metal smelting, various refining agents are added to improve the performance advantages of products. Aluminum alloy refining flux is one of the common flux products.
The aluminum alloy refining flux is mainly white powder or granule, which is prepared by a variety of inorganic salt treatments in a certain proportion. Refining flux components include sodium chloride, potassium chloride, potassium fluorosilicate, sodium fluoroaluminate, light sodium carbonate, calcium fluoride, hexachloroethane, sodium sulfate, potassium fluoroaluminate and quartz sand.
In the preparation of the aluminum alloy refining flux, each component is respectively weighed according to the weight percentage of the refining flux component, and fully mixed to obtain the aluminum alloy refining flux.
The method of using aluminum alloy refining flux is to put the aluminum alloy high-efficiency refining flux into the refining tank. When the temperature of the aluminum alloy liquid reaches 700-740℃, inject nitrogen or argon into the refining tank in order to send the aluminum alloy refining flux into aluminum alloy liquid inside. The aluminum alloy refining flux has strong degassing and inclusion removal ability, fast reaction speed, high slag removal efficiency and low use temperature. The preparation method and application method of aluminum alloy refining flux are simple and effective.
