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Hydrogen Peroxide Effect on Metal
On the Effect of Hydrogen Peroxide on Metals
There are things in the world called hydrogen peroxide, which is active in nature and has been studied by many people for its role in metals.
Or is it suspected that hydrogen peroxide damages metals? In fact, hydrogen peroxide has the ability to oxidize. When it encounters metals, it often undergoes chemical changes. For example, iron, when exposed to hydrogen peroxide, the surface of iron gradually rusts. This rust is actually an oxide produced by the action of iron and hydrogen peroxide. Its change also makes it easy for hydrogen peroxide to gain electrons, while iron loses electrons, so it becomes an ionic state and combines with the surrounding materials, causing the quality and shape of the metal to change.
And look at copper, with hydrogen peroxide added, also see its surface color gradually change, no longer the past luster. This is due to the oxidizing power of hydrogen peroxide, so that the copper surface of new compounds.
However, there are also metals, under the action of hydrogen peroxide, the reaction is slow and slight. Such as gold, platinum and other precious metals, its chemical properties are stable, hydrogen peroxide is difficult to shake its essence. Cover because of its special atomic structure, orderly electron arrangement, not easy to be moved by hydrogen peroxide.
Because of this, the effect of hydrogen peroxide on metals varies from metal to metal. Active metals are susceptible to oxidation damage; stable metals are more resistant to it. To understand the relationship between hydrogen peroxide and metals, it is necessary to study the properties of various metals and the various conditions of reaction in order to obtain their true meaning.
There are things in the world called hydrogen peroxide, which is active in nature and has been studied by many people for its role in metals.
Or is it suspected that hydrogen peroxide damages metals? In fact, hydrogen peroxide has the ability to oxidize. When it encounters metals, it often undergoes chemical changes. For example, iron, when exposed to hydrogen peroxide, the surface of iron gradually rusts. This rust is actually an oxide produced by the action of iron and hydrogen peroxide. Its change also makes it easy for hydrogen peroxide to gain electrons, while iron loses electrons, so it becomes an ionic state and combines with the surrounding materials, causing the quality and shape of the metal to change.
And look at copper, with hydrogen peroxide added, also see its surface color gradually change, no longer the past luster. This is due to the oxidizing power of hydrogen peroxide, so that the copper surface of new compounds.
However, there are also metals, under the action of hydrogen peroxide, the reaction is slow and slight. Such as gold, platinum and other precious metals, its chemical properties are stable, hydrogen peroxide is difficult to shake its essence. Cover because of its special atomic structure, orderly electron arrangement, not easy to be moved by hydrogen peroxide.
Because of this, the effect of hydrogen peroxide on metals varies from metal to metal. Active metals are susceptible to oxidation damage; stable metals are more resistant to it. To understand the relationship between hydrogen peroxide and metals, it is necessary to study the properties of various metals and the various conditions of reaction in order to obtain their true meaning.
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