CeraMag
- 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: CeraMag
- Mgo Content:: 1
- typ：: 1
- Appearance: : 1
- Powder/Granular/Pellet Grain Size: 1
- Other indicators：: 1
CeraMag can be used as raw materials to produce Magnesia Ceramic products.
CeraMag gives Magnesia Ceramic products excellent thermal conductivity and superior insulating properties.
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25kg paper 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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CeraMag, derived from Salt Lake, is a white powder or lump with high purity and without black spots.
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Main Properties Mgo Content 99.0% min. Typical 100% Density in powder form Typ. 2.45 g/cm3 Grain Size 40mesh/200mesh/Lumps Black spot 0
- Main Uses & Advantages
- Packaging & Storage
- 概要位置
- 顶部大图
- 蓝色模块数据小图
-
- Commodity name: CeraMag
- Mgo Content:: 1
- typ：: 1
- Appearance: : 1
- Powder/Granular/Pellet Grain Size: 1
- Other indicators：: 1
CeraMag can be used as raw materials to produce Magnesia Ceramic products.
CeraMag gives Magnesia Ceramic products excellent thermal conductivity and superior insulating properties.
-
25kg paper 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.
-
CeraMag, derived from Salt Lake, is a white powder or lump with high purity and without black spots.
-
-
Main Properties Mgo Content 99.0% min. Typical 100% Density in powder form Typ. 2.45 g/cm3 Grain Size 40mesh/200mesh/Lumps Black spot 0
| Main Properties | ||
| Mgo Content | 99.0% min. | |
| Typical | 100% | |
| Density in powder form | Typ. 2.45 g/cm3 | |
| Grain Size | 40mesh/200mesh/Lumps | |
| Black spot | 0 |
Recommended Applications
Due to high thermal and chemical stability, Magnesia is widely used in refractory applications. Magnesia Ceramic is the most commonly used crushable ceramic consisting of at least 90% of MgO, because it possesses excellent thermal conductivity and is extremely resistant to electrical conductivity.
