atomised iron powder, What is atomized iron Powder?

What is atomized iron Powder?

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Atomized iron powder, also known as nanometer iron powder, is a highly pure iron powder with a particle size usually between 1 and 10 microns. In the preparation process of this iron powder, through the high temperature and high pressure gas atomization technology, the iron raw material is broken down into atomic particles, and then it is quickly cooled, thus forming this fine iron powder.

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Characteristics of atomized iron powder

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The atomized iron powder particles are extremely small, have high specific surface area and reactivity, and therefore have high chemical reactivity and catalytic efficiency. At the same time, its magnetic properties are very strong and can be used in electromagnetic shielding, magnetic fluids, magnetic materials and other fields. In addition, the atomized iron powder also has excellent physical properties, such as high density, high strength, high temperature stability, etc.

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Application of atomized iron powder

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Atomized iron powder is widely used in metallurgy, chemical industry, electronics, magnetic materials and other fields. Specifically, it can be used to prepare high-strength, high-temperature and durable iron-based alloys, and can also be used to prepare high-efficiency catalysts, magnetic fluids, and so on. In addition, atomized iron powder can also be used to prepare high-performance electromagnetic shielding materials, magnetic materials and so on.

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Advantages of atomized iron powder

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Compared with traditional iron powder, atomized iron powder has the following advantages:

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The particles are small and the specific surface area is large

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High chemical reactivity

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Strong magnetic properties, with good magnetic properties

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Excellent physical properties, with high density, high strength, high temperature stability and other characteristics

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Atomized iron powder is a kind of iron powder with high purity, extremely fine particles, high reactivity and strong magnetism. It has a wide range of applications in metallurgy, chemical industry, electronics, magnetic materials and other fields, with fine particles, high chemical reactivity, strong magnetism, excellent physical properties and other advantages.

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