Cryptocrystalline Magnesia
- Main Uses & Advantages
- Packaging & Storage
- 概要位置
- 顶部大图
- 蓝色模块数据小图
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- Commodity name: Cryptocrystalline Magnesia
- Mgo Content:: 1
- typ：: 1
- Appearance: : 1
- Powder/Granular/Pellet Grain Size: 1
- Other indicators：: 1
Hydrometallurgy
Due to high purity, high activity and pH buffer capacity, Cryptocrystalline Magnesia can be used in the hydrometallurgical industry to provide good metal recovery rates.
Friction Material
Cryptocrystalline Magnesia has good thermal properties and can be used as an additive in the production of friction materials to improve the thermal stability of materials and resist high friction temperatures. Its medium hardness makes it low enough to wear metal.
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25kg PP/PE bag.
Big PP bag with or without bottom spout, with or without PE liner.
Store product in a dry area, remaining sealed.
Shelf life is 12 months under good storage condition.
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Cryptocrystalline Magnesia is produced from calcining hydromagnesite (4MgCO3•Mg(OH)2•4H2O). Cryptocrystalline magnesite deposits are generally smaller and shallower compared with macrocrystalline magnesite. They are characterized by very fine grained magnesite crystals, typically 1 to 10 μm across, which gives a high surface area and high reactivity.
IMC's Cryptocrystalline Magnesia products are produced by specially designed kiln and therefore have excellent performance parameters.
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Main Properties Mgo Content (Ignited) 97% min. Typical 98% Appearance White Powder Grain Size 325 mesh Citric Acid Activity 20-40 sec.
- Main Uses & Advantages
- Packaging & Storage
- 概要位置
- 顶部大图
- 蓝色模块数据小图
-
- Commodity name: Cryptocrystalline Magnesia
- Mgo Content:: 1
- typ：: 1
- Appearance: : 1
- Powder/Granular/Pellet Grain Size: 1
- Other indicators：: 1
Hydrometallurgy
Due to high purity, high activity and pH buffer capacity, Cryptocrystalline Magnesia can be used in the hydrometallurgical industry to provide good metal recovery rates.
Friction Material
Cryptocrystalline Magnesia has good thermal properties and can be used as an additive in the production of friction materials to improve the thermal stability of materials and resist high friction temperatures. Its medium hardness makes it low enough to wear metal.
-
25kg PP/PE bag.
Big PP bag with or without bottom spout, with or without PE liner.
Store product in a dry area, remaining sealed.
Shelf life is 12 months under good storage condition.
-
Cryptocrystalline Magnesia is produced from calcining hydromagnesite (4MgCO3•Mg(OH)2•4H2O). Cryptocrystalline magnesite deposits are generally smaller and shallower compared with macrocrystalline magnesite. They are characterized by very fine grained magnesite crystals, typically 1 to 10 μm across, which gives a high surface area and high reactivity.
IMC's Cryptocrystalline Magnesia products are produced by specially designed kiln and therefore have excellent performance parameters.
-
-
Main Properties Mgo Content (Ignited) 97% min. Typical 98% Appearance White Powder Grain Size 325 mesh Citric Acid Activity 20-40 sec.
| Main Properties | ||
| Mgo Content (Ignited) | 97% min. | |
| Typical | 98% | |
| Appearance | White Powder | |
| Grain Size | 325 mesh | |
| Citric Acid Activity | 20-40 sec. | |
Recommended Applications
Magnesium Oxide (MgO) is one of the often-used alkali reagents for precipitation step in hydrometallurgy industry.
Magnesium Oxide is an important component in friction material formulations, typically added to allows the adjustment of the friction coefficient to a desirable level.
