Hebei Messi Biology Co., Ltd. stated that special ceramics are made of aluminum oxide, magnesium oxide and other compounds, which are crushed, shaped, and fired at high temperature by traditional or special methods. Some of them need to be machined or polarized after firing to meet the precision requirements for size and shape, or to […]
Application of Magnesium Oxide in Special Ceramics Read More »
According to the requirements of the pharmaceutical and food industry for magnesium oxide, Hebei Messi Biology Co., Ltd. proposed to use the brine-ammonia method to produce medicinal magnesium oxide, and remove the impurity ions in the brine that affect the product quality with a simple method. Up to the national standard. Using magnesite ore, ammonium
Preparation technology and detection method of medicinal magnesium oxide Read More »
Cobalt is an extremely important strategic metal, mainly used in cemented carbide, ceramic color glaze, battery material, superalloy and magnetic material and other fields. In recent years, as the country vigorously develops the new energy industry, the cobalt smelting industry has developed vigorously, and the market demand for cobalt raw materials has become increasingly strong.
Animal feed For a wide range of enzymatic functions of the organism, magnesium is an important element. Therefore, magnesium oxide is often added to mineral feeds with a grain size that should be suitable for the feed mixture and the reactivity is adjusted accordingly. Furthermore, magnesium oxide is an important additive for dairy substitutes and
Uses of magnesium oxide Read More »
Both spherical alumina and spherical magnesium oxide are developed continuously with the technological development of electronic industry. At present, spherical alumina is still the main force of commercial thermal conductive filler, but the thermal conductivity of spherical magnesium oxide can reach as much as 1.5 times that of spherical alumina, which greatly enhances the flexibility
Properties of spherical magnesium oxide for thermal conductivity Read More »
Active magnesium oxide is also called lightly burned magnesium oxide or caustic magnesium oxygen, is calcined below 900 ℃ magnesium compounds formed magnesium oxide, the chemical activity of magnesium oxide can be expressed by the iodine absorption value (adsorption performance index), the greater the chemical activity, the greater the iodine absorption value, the more lightweight.
What are the properties of activated magnesium oxide? What are the functions? Read More »
EPDM has excellent heat resistance, aging resistance, corrosion resistance and insulation performance, and is widely used in wire and cable, automobile, home appliances and other fields, but EPDM is extremely flammable, and is restricted in some applications. In this paper, the feasibility of the application of 9,10-dihydro-9-oxa-10-phospha-phenanthrene oxide (DOPO) in EPDM rubber is discussed. DOPO
Study of magnesium oxide flame retardant EPDM rubber Read More »
Magnesia (magnesium oxide, magnesium hydroxide) supplier, follow us on social media. Quora: https://www.quora.com/profile/Messi-Biology Minds: https://www.minds.com/messibiology/ Listly: https://list.ly/list/7P8i-magnesium-oxide Medium: https://medium.com/@messibiology Ins: https://www.instagram.com/messibiology/ Twitter: https://twitter.com/MessiLtd Facebook: https://www.facebook.com/MessiBiology Linkedin: https://www.linkedin.com/company/messi-biology/ Apsence: https://www.apsense.com/user/messibiology Reddit: https://www.reddit.com/user/messibiology
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Leichtes Magnesiumoxid reagiert mit Wasser zu Magnesiumhydroxid, pulverisiertes Magnesiumoxid reagiert mit Abwasser zu Magnesiumhydroxid MgO+H2O=Mg(OH)2. Magnesiumhydroxid hat die Eigenschaften Pufferung, hohe Aktivität, starke Adsorptionskapazität, ist nicht korrosiv, sicher, ungiftig und harmlos, kann schädliche Verunreinigungen wie Kieselsäure im Abwasser ausreagieren und wird in den letzten Jahren häufig in Wasseraufbereitungssystemen verwendet. Insbesondere Schwermetalle im Abwasser sind aufgrund
Anwendung der Adsorptionseigenschaften von Magnesiumoxid Read More »
Die Hitzebeständigkeit von Gummi hängt eng mit seiner Molekularstruktur und seinen Gummibestandteilen, der Temperatur, der mechanischen Einwirkung und den umgebenden Umweltmedien zusammen. Normalerweise ist auch die chemische Stabilität von Gummi ein wichtiger Faktor, der die Hitzebeständigkeit beeinflusst. Die Alterungsbeständigkeit herkömmlicher heller Füllstoffe ist im Allgemeinen besser als die des verstärkenden Füllstoffs Ruß. Sie können auch
