The high purity magnesium oxide produced by Hebei Messi Biology Co., Ltd. is especially suitable for the production and manufacture of optoelectronic glass and various mobile phone screen glass. The magnesium oxide for mobile phone glass has the characteristics of high purity, high specific gravity, low calcium and iron impurities, low chlorine content, etc. It […]
Application of magnesium oxide in optical glass Read More »
Magnesium oxide is a material that no one is unfamiliar with, it is a fairly common basic oxide and is the main raw material for the production of magnesium hydroxide and magnesium metal. Hebei Messi Biology Co., Ltd. said that in the field of electronic ceramics, magnesium oxide has some special excellent properties due to
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Magnesium oxide is a kind of magnesium oxide, the chemical formula is MgO, the molecular structure is a typical sodium chloride structure, and magnesium atoms and oxygen atoms are arranged in sequence. Magnesium oxide is a high-performance fine inorganic material that can be widely used in the fields of catalysis, electronics and ceramics. Magnesium oxide,
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According to the research of Hebei Messi Biology Co., although the application of high-purity magnesium oxide and wide, but the application demand is small, the current domestic high-purity magnesium oxide market demand is about 52,000 tons. In terms of production, China\’s high-purity magnesium oxide production technology is not able to meet the application demand, product
Domestic high purity magnesium oxide market still needs to rely on imports Read More »
Hebei Messi Biology Co., Ltd. has demonstrated a method for preparing a silicon steel-grade magnesium oxide coating specially used for oriented silicon steel sheets, including the following process steps: selecting natural aphanitic magnesite to produce light-burned magnesium oxide powder; Magnesium oxide digestion, acid-base neutralization and decalcification, react at a temperature of 15-30°C for 5-15 minutes
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Die CoO-MoO3/γ-Al2O3+MgO-Katalysatoren wurden mit Magnesiumoxid modifiziert und mittels eines Druckmessgeräts im hergestellten Zustand sowie mittels XRD, SEM und weiteren analytischen Testmethoden untersucht. Die Ergebnisse zeigten, dass die Zugabe einer geeigneten Menge Magnesiumoxid als Trägeradditiv zum γ-Al2O3-Träger die Adsorption von Wasserdampf und Schwefelwasserstoff verbessert, die Reaktion und die Adsorption von Produkten an der Katalysatoroberfläche beschleunigt und
Messi Biology pointed out that fibrous magnesium hydroxide is a rare natural magnesium hydroxide mineral with good fiber whiteness, easy spectroscopy, high pile yield, and is non-carcinogenic. The layers are connected by very weak hydrogen-oxygen bonds, so it is easy to form hydrogen bonds with water molecules, well dispersed in water suspension, and can be used
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nature (i.e. properties of sth) Magnesium carbonate can be divided into light and heavy depending on the crystallization conditions, generally light. The light ones are: MgCO3-H2O, the heavy ones are: 5MgCO3-Mg(OH)2-3H2O, 5MgCO3-2Mg(OH)2-7H2O, 4MgCO3-Mg(OH)2 and 3Mg(OH)2-4H2O. trihydrate salt at room temperature. Light magnesium carbonate is a white loose powder or friable lump. Odorless, relative density 2.2,
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Hebei Messi Biology Co., Ltd. is located in Xingtai, a famous historical and cultural city in China, with convenient transportation and superior geographical location. After years of development, the company has become a well-known high-tech enterprise integrating R&D, production and sales of magnesium salt series products such as magnesium oxide, magnesium carbonate, magnesium sulfate and
Which is the best nano magnesium carbonate company Read More »
Die Mikrohärte von Magnesiumoxidkeramiken, die bei unterschiedlichen Temperaturen und Haltezeiten gesintert wurden, wurde mit der Vickers-Mikrohärtemethode bestimmt. Die Biegefestigkeit der durch Sintern bei unterschiedlichen Temperaturen erhaltenen Keramiksinterkörper wurde mit einem Dreipunkt-Biegeversuch geprüft. Die Faktoren, die die Härte der Keramik beeinflussen, wurden diskutiert, wobei Porosität und Korngröße als die wichtigsten Faktoren angesehen wurden. Die wichtigsten Faktoren,
Einfluss der katalytischen Aktivität von Magnesiumoxid-Nanopartikeln Read More »
