The product classification of light burning powder varies greatly under different standards. Magnesium oxide can be divided into high-end magnesia, low-end magnesia and so on according to grade; according to use, it can be divided into pharmaceutical magnesia, food magnesia, silicon steel magnesia, tyre magnesia, cable magnesia, adhesive magnesia, friction material magnesia and so on.

Magnesium oxide industry can achieve the above remarkable achievements, on the one hand, because it adapts to the new normal economy earlier and faster, speeds up the elimination of backward production capacity and structural adjustment, embarks on the road of green development transformation, and forms a new industry atmosphere of high R&D investment, high environmental protection investment, high profit margin and high added value. On the other hand, the enthusiasm for technological upgrading and transformation in magnesia industry has been unprecedented, breaking through key common technologies many times. It is understood that in the past few years, magnesium oxide enterprises attach great importance to clean production, recycling and production process continuity, automation technology, for the development of magnesium oxide industry to push a new step forward to make an important contribution.

Magnesium oxide has been used for a long time as an indispensable additive product in production. Every year, as many as hundreds of thousands of tons of magnesium oxide are used in various industries. But now in response to the requirements of environmental protection, many magnesia factories in Northeast China have stopped production. Facing the trend of environmental protection era, environmental protection magnesia is more in line with the requirements of the times, and consumers'requirements for service quality are increasing. Especially in the after-sales aspect, consumers demand the improvement of efficiency and quality, while also pursuing the balance between price and value.

High-end magnesium oxide is more suitable for the development of enterprises now, and its content and efficiency are closer to the original quality; moreover, with the wide application of high-end magnesium oxide, it can effectively reduce the daily expenses of enterprises. As a non-toxic additive, magnesium oxide does not contain toxic substances. Similarly, its volatile substances in the air during production and use are non-toxic, which can not only ensure the health of users, but also cause environmental pollution. Therefore, many enterprises are aware of this trend and have sought higher-capacity factory technical cooperation, which is also a good development opportunity for some enterprises. If magnesium oxide production enterprises can seize more opportunities like this, I believe that the domestic large-scale application of high-end magnesium oxide will be imminent.