The future development prospects of magnesium hydroxide are very broad, and it is rapidly developing towards high performance, refinement and greenness.

The future development prospects of magnesium hydroxide are very broad, and it is rapidly developing towards high performance, refinement and greenness.

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Within polymers like plastics, textiles, and electronic device casings lies an invisible fire risk. To mitigate this risk, scientists and engineers have enlisted an efficient "guardian" – antimony trioxide. While non-flammable itself, its true power is unleashed in tandem with other flame retardants, particularly halogenated ones. So, how does this seemingly ordinary "white powder" perform its fire-preventing magic?

Magnesium hydroxide, with its simple chemical formula Mg(OH)₂, is a common compound that plays a surprisingly diverse role in our daily lives and various industries. Let's explore the five primary uses that make magnesium hydroxide an indispensable compound.

However, the variety of magnesium oxide available on the market is extensive, with differing specifications, making the selection of the most suitable product for one's needs a challenge for many. This article will systematically outline the key factors in choosing magnesium oxide, helping you make the best choice with ease.

However, the variety of magnesium oxide available on the market is extensive, with differing specifications, making the selection of the most suitable product for one's needs a challenge for many. This article will systematically outline the key factors in choosing magnesium oxide, helping you make the best choice with ease.