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Cobalt precipitant Magnesium Oxide
Magnesium oxide can be optionally added to the formulation to adjust the coefficient of friction to the desired level, and its thermal properties provide good stability and allow heat transfer from the frictional contact surfaces. Not only that, the high refractory properties of magnesia give strong resistance to high friction temperatures while maintaining grip. In addition, the moderate hardness of magnesium oxide prevents wear of the material against the metal.
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ARL Magnesium Oxide
Magnesium oxide can be optionally added to the formulation to adjust the coefficient of friction to the desired level, and its thermal properties provide good stability and allow heat transfer from the frictional contact surfaces. Not only that, the high refractory properties of magnesia give strong resistance to high friction temperatures while maintaining grip. In addition, the moderate hardness of magnesium oxide prevents wear of the material against the metal.
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Chemical Raw Material Magnesium Oxide
Magnesium oxide can be optionally added to the formulation to adjust the coefficient of friction to the desired level, and its thermal properties provide good stability and allow heat transfer from the frictional contact surfaces. Not only that, the high refractory properties of magnesia give strong resistance to high friction temperatures while maintaining grip. In addition, the moderate hardness of magnesium oxide prevents wear of the material against the metal.
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Magnesium oxide for your glass production
Magnesium oxide can be optionally added to the formulation to adjust the coefficient of friction to the desired level, and its thermal properties provide good stability and allow heat transfer from the frictional contact surfaces. Not only that, the high refractory properties of magnesia give strong resistance to high friction temperatures while maintaining grip. In addition, the moderate hardness of magnesium oxide prevents wear of the material against the metal.
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Magnesium Oxide for Pharmaceutical
It is mainly used to prepare the internal medicament to neutralize too much gastric acid. Common preparations include: magnesium milk-emulsion; magnesium cover-each piece of MgO 0.1g; acid dispersion-mixed agent made of magnesium oxide and sodium bicarbonate. Used to treat stomach burning, gastric acid and acid digestive indigestion.
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Electrical grade magnesia(EGM)
Electrical grade magnesia, called EGM, powders are use as electrical insulation of heating elements. EGM powders have a good thermal conductivity but a high electrical resistivity at elevated temperature. Those components are filled between the coil and the outer sheath in order to protect users from electrocution hazards while maintaining heat properties.
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Raw Material Magnesium Hydroxide Fire Retardant in Industrial Grade
Magnesium Hydroxide are magnesium hydroxide produced by chemical synthesis, with high purity and uniform particle size distribution. At the same time, they have excellent flame retardant and smoke suppression functions. They are an excellent choice for manufacturing green halogen-free and environment-friendly flame retardant materials. The thermal decomposition of the product can absorb a large amount of heat on surface of combustor and release a large amount of water to dilute oxygen. The magnesium oxide generated after decomposion is attached to surface of combustor to further isolate the transfer of oxygen and heat, so as to prevent combustion. Compared with aluminum hydroxide, magnesium hydroxide has the advantages of high decomposition and absorption heat, good thermal stability and low relative hardness.
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Chemical Raw Material Magnesium Hydroxide Fire Retardant
Magnesium Hydroxide is magnesium hydroxide produced from mine material. This product has high purity and uniform particle size distribution. Compared with other magnesium hydroxide, it has excellent performance and improves the compatibility between inorganic fillers and polymers, with remarkable effects on improving the flame retardancy, tensile strength and low-temperature properties of composites.
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Magnesium Carbonate in Industrial
It is basic hydrated magnesium carbonate or normal hydrated magnesium carbonate. Due to the different conditions during crystallization, the product is divided into light and heavy, generally light. It is trihydrate salt at room temperature. Light as a white brittle lump or loose white powder. Odorless. Stable in air. Heated to 700 °C to release carbon dioxide and generate magnesium oxide. Almost insoluble in water, but causes a slight alkaline reaction in water. Insoluble in ethanol, can be dissolved and foamed by dilute acid.
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Raw Material Magnesium Hydroxide For Pharmaceutical
Magnesium Hydroxide are magnesium hydroxide produced by chemical synthesis, with high purity and uniform particle size distribution. At the same time, they have excellent flame retardant and smoke suppression functions. They are an excellent choice for manufacturing green halogen-free and environment-friendly flame retardant materials. The thermal decomposition of the product can absorb a large amount of heat on surface of combustor and release a large amount of water to dilute oxygen. The magnesium oxide generated after decomposion is attached to surface of combustor to further isolate the transfer of oxygen and heat, so as to prevent combustion. Compared with aluminum hydroxide, magnesium hydroxide has the advantages of high decomposition and absorption heat, good thermal stability and low relative hardness.
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Magnesium Oxide in Rubber & Plastics
Magnesium is compounded in rubbers that contain halogen or nitrogen- carbon bonds. MgO is added in certain rubbers. Depending on polymer type, MgO has different action, from compounding to the final product.
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Magnesium Carbonate in Pharmaceutical
It is basic hydrated magnesium carbonate or normal hydrated magnesium carbonate. Due to the different conditions during crystallization, the product is divided into light and heavy, generally light. It is trihydrate salt at room temperature. Light as a white brittle lump or loose white powder. Odorless. Stable in air. Heated to 700 °C to release carbon dioxide and generate magnesium oxide. Almost insoluble in water, but causes a slight alkaline reaction in water. Insoluble in ethanol, can be dissolved and foamed by dilute acid.
