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Application of highly reactive magnesium oxide in composites

Messi Biology independently developed and produced a kind of ultra-fine high reactive magnesium oxide, which makes the quality of many composite products more stable, energy saving and emission reduction effect is better. The comprehensive performance of this ultra-fine high reactive interface active magnesium oxide is much better than the traditional magnesium oxide, which makes the thickening performance and brightness of FRP improved greatly, and has been widely concerned by the domestic composite material industry.

This new highly reactive magnesium oxide material used in the composite material industry has the triple effect of improving product quality, reducing production cost and being more environmentally friendly. The full name of the magnesium oxide is nano-level high reactive interface active magnesium oxide products, developed by Hebei Messi Biology Co., Ltd. successfully, obtained the national patent, magnesium oxide and composite industry at home and abroad has caused strong repercussions, known as \”China\’s magnesium oxide enterprises leading the world\’s frontier products.

Messi Biology is a famous enterprise specialized in researching and producing magnesium oxide, magnesium carbonate, magnesium sulfate, magnesium hydroxide and other magnesium salt products. Ultra-fine high reaction interface active magnesium oxide products is the plant\’s independent research and development of successful products. It is understood that this new material has small particle size compared with ordinary magnesium oxide, large specific surface area, strong activity, and full reaction with glass steel; it can be used in equal amount with ordinary magnesium oxide, and the physical properties are better than ordinary magnesium oxide.

Domestic and foreign famous enterprises unanimously evaluate the core process technology of high activity magnesium oxide project has novelty, with a number of independent intellectual property rights, in the international advanced level. Many composite material enterprises have listed the application of ultra-fine high reactive interface active magnesium oxide as one of the major innovation projects to reduce cost and improve quality, and fully promote the use in the formulation.

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