Magnesium burns in air to emit dazzling white light

Mid-grade magnesia has relatively strong reducibility, can react with boiling water to release hydrogen, and can produce dazzling white light when burned. Magnesium does not interact with fluoride, hydrofluoric acid and chromic acid, and is not corroded by caustic alkali. Soluble in organic and inorganic acids, magnesium can directly combine with nitrogen, sulfur and halogens, etc. Organic chemicals including hydrocarbons, aldehydes, alcohols, phenols, amines, lipids and most oils react with magnesium only slightly or not at all. doesn't work. However, it reacts violently with halogenated hydrocarbons under anhydrous conditions (to generate Grignard reagents). Magnesium can react with carbon dioxide, so magnesium cannot be extinguished with carbon dioxide fire extinguishers.

 Light Burnt Magnesium Powder Manufacturers

 Because magnesium can react with N? and O?, when magnesium burns in air, it burns violently and emits dazzling white light, exothermic, and white solid is formed. The change in vinegar is that bubbles emerge quickly, float on the surface of the vinegar liquid, and gradually disappear. Some fireworks and flares contain magnesium powder, which takes advantage of the properties of magnesium that burns in the air to emit a dazzling white light. Metal magnesium can react with most non-metals and acids; it can directly synthesize magnesium hydride with hydrogen under high pressure; magnesium can react with halogenated hydrocarbons to synthesize Grignard reagents, which are widely used in organic synthesis. Magnesium has a clear tendency to form coordination compounds.

Light Burnt Magnesium Powder Manufacturers

 Light Burnt Magnesium Powder Manufacturers

 Magnesium is an important material in the aviation industry. Magnesium alloys are used to manufacture aircraft fuselage, engine parts, etc.; magnesium is also used to manufacture photographic and optical instruments, etc.; magnesium and its alloys are also widely used in non-structural applications; It is also used in the production of titanium, zirconium, beryllium, uranium and hafnium. When there is a mild magnesium deficiency, magnesium can be supplemented by diet or oral administration, magnesium oxide or magnesium hydroxide can be given, and it can be combined with aluminum hydroxide glue to avoid diarrhea. When oral administration is not tolerated or cannot be absorbed, intramuscular injection of magnesium can be used, generally 20% to 50% magnesium sulfate. Intravenous magnesium should be paid attention to the occurrence of acute magnesium poisoning, so as not to cause cardiac arrest. Therefore, avoid giving too much and too fast magnesium. In case of magnesium poisoning, calcium gluconate or calcium chloride should be injected to fight it.