With the advancement of science and technology, the performance of electronic components is constantly improving, and the requirements for thermal conductive raw materials are getting higher and higher. Spherical magnesium oxide is gradually being used in the production of large-scale electronic circuits due to its superior properties that other types of thermal conductive materials cannot match. It plays an increasingly important role in the field of electronic information technology and shows a very broad market prospect.
The preparation of spherical magnesium oxide is a highly difficult interdisciplinary project. For a long time, only a few countries in the world, such as Japan, the United States, and Israel, have mastered this technology. Because this technology involves the development of high-performance chip technology, foreign countries are highly confidential about the spherical technology of magnesium oxide, and the foreign product parameters obtained are also incomplete, and special equipment is rare.
In order to occupy more shares in the high-end market, many Chinese companies have set their sights on spherical magnesium oxide, and related technologies are also constantly improving. It is understood that there are currently few companies in my country that can produce high-purity spherical magnesium oxide, among which Hebei Messi Biology Co., Ltd. is the most eye-catching. The scientific research and innovation project of Hebei Messi Biology Co., Ltd., located in Xingtai, Hebei, with an annual output of 1,000 tons of spherical magnesium oxide, has been successfully completed and put into production, marking that the foreign monopoly of the spherical magnesium oxide market has been further broken, and the domestic substitution of spherical magnesium oxide will be accelerated. Messi Biology has also become one of the few large-scale manufacturers of spherical magnesium oxide in China.
Hebei Messi Biology Co., Ltd. adopts unique raw material quality control and micro-powder dispersion and transportation control technology, and realizes precise control of the powder spheroidization temperature field through optimized combustion furnace and combustion process algorithm control, which improves product quality while reducing energy consumption. In addition, the whole process uses a special flame spraying device, and the key parts are protected by WC materials to achieve full pollution control, effectively improving the spheroidization rate and product purity of magnesium oxide products.