As an electron-accepting substance, tungsten oxide has the ability to accept electrons from other substances. When tungsten oxide reacts with a reducing agent, it accepts electrons from the reducing agent and undergoes a reduction reaction by itself. In the electron accepting reaction, the oxidation state of tungsten oxide changes, usually from a high valence state (such as WO₃) to a low valence state (such as WO₂). This process involves tungsten ions (W) in the tungsten oxide structure accepting electrons, reducing their oxidation state. It should be pointed out that the electron acceptability of tungsten oxide depends on the chemical environment and reaction conditions. In some cases, tungsten oxide can act as an oxidizing agent, especially under certain reaction conditions, such as high temperature when reacting with a reducing agent. Under general conditions, however, tungsten oxide is more commonly electron-accepting. Tungsten oxide usually exhibits reductant and electron-accepting properties, that is, it has the ability to accept electrons from other substances, allowing it to undergo a reduction reaction by itself.
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