We cordially invite you to join us at The 12th China International WIRE & Cable Industry Exhibition for an exceptional industry experience!

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.

The application of magnesium hydroxide directly determines the indicators you need to focus on. First, clarify your purpose for purchasing it:

The application of magnesium hydroxide directly determines the indicators you need to focus on. First, clarify your purpose for purchasing it:

Magnesium hydroxide, as an efficient and environmentally friendly inorganic flame retardant, has been increasingly widely used in fields such as plastics, rubber, and building materials in recent years. Compared with traditional halogen-based flame retardants, magnesium hydroxide has significant advantages such as being non-toxic, suppressing smoke, and having high thermal stability, and is gradually becoming the "golden partner" in the flame retardant market.

As a high-efficiency flame retardant, magnesium hydroxide has been successfully used in a variety of polymer-based composite materials. Depending on the characteristics of the substrate, its flame retardant efficiency and application advantages show significant differences.

The unique value of magnesium hydroxide in the field of flame retardancy is not limited to its excellent fireproof performance, but also reflected in its ability to simultaneously improve multiple physical and chemical properties of materials, achieving synergistic optimization of flame retardancy and other properties.

Magnesium hydroxide, as an efficient and environmentally friendly inorganic flame retardant, has been increasingly widely used in fields such as plastics, rubber, and building materials in recent years.