Hebei Messi Biology Co., Ltd. independently developed and produced an ultrafine highly active magnesium oxide, which makes the quality of many composite materials products more stable and has better energy-saving and emission reduction effects. The comprehensive performance of this ultrafine highly reactive interfacially active magnesium oxide is much better than that of traditional magnesium oxide, which greatly improves the thickening performance and brightness of glass fiber reinforced plastics, and has attracted widespread attention from the domestic composite materials industry.
This new type of highly reactive magnesium oxide material used in the composite materials industry has the triple effects of improving product quality, reducing production costs, and being more environmentally friendly. The full name of this magnesium oxide is nano-scale highly reactive interfacially active magnesium oxide product, which was successfully developed by Hebei Messi Biology Co., Ltd. and obtained a national patent. It has caused a strong response in the magnesium oxide and composite industries at home and abroad and is called “the world’s leading product led by Chinese magnesium oxide companies.”
Hebei Messi Biology Co., Ltd. is a well-known enterprise specializing in the research and development and production of magnesium oxide, magnesium carbonate, magnesium sulfate, magnesium hydroxide and other magnesium salt series products. Ultrafine highly reactive interfacially active magnesium oxide products are products independently developed by the factory. It is understood that this new material has a smaller particle size, larger specific surface area, stronger activity, and reacts fully with FRP compared to ordinary magnesium oxide; it can be used in equal amounts with ordinary magnesium oxide, and its physical properties are better than ordinary magnesium oxide.
Well-known domestic and foreign companies unanimously evaluate that the core process technology of the high-activity magnesium oxide project is novel, has a number of independent intellectual property rights, and is at the international advanced level. Many tire and rubber companies have listed the application of ultra-fine high-reaction interface-active magnesium oxide as one of the major innovative projects to reduce costs and improve quality, and have promoted its use in the formulation.