Nano Magnesium Hydroxide
- 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: Nano Magnesium Hydroxide
- Mgo Content:: 1
- typ：: 1
- Appearance: : 1
- Powder/Granular/Pellet Grain Size: 1
- Other indicators：: 1
The low flammability, non-toxicity, low cost and high abundance of MDH have long been qualities that have assured its dominance as a flame-retardant filler. In a nanostructured form, this performance is further enhanced and Nano MDH becomes even more attractive given the potential of enhanced surface area and excellent dispersion.
Nano MDH can be used as an approved food additive, food supplement, color retentate, etc.
Nano MDH has also been widely used in biomedical fields due to its broad antibacterial spectrum and biocompatibility. For example, incorporating Nano MDH into synthetic polymer scaffolds can support cartilage regeneration. Nano MDH can enhance the therapeutic effect of sericin on corneal wounds. Moreover, it was observed that Nano MDH has a non-toxic effect, indicating that it has great potential for biomedical applications. These examples provide insight into the use of Nano MDH as antibacterial dental materials against Streptococcus mutans.
Development of new chemical sensors is an important area of current research and MDH nanosheets have recently been proposed for the fabrication of highly efficient chemical sensors for ethanol.
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25kg paper bag.
Big bag 750kg or 1000kg.
Store product in a dry area, remaining sealed.
Shelf life is 12 months under good storage condition.
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Magnesium hydroxide (MDH) crystals tend to form as large, hexagonal plates by default. However, Nano magnesium hydroxide (Nano MDH) usually has the morphology of the crystalline material from 2D nanostructures such as hexagonal platelets and sheets to 1D configurations such as rods, needles and hollow tubes.
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- Main Uses & Advantages
- Packaging & Storage
- 概要位置
- 顶部大图
- 蓝色模块数据小图
-
- Commodity name: Nano Magnesium Hydroxide
- Mgo Content:: 1
- typ：: 1
- Appearance: : 1
- Powder/Granular/Pellet Grain Size: 1
- Other indicators：: 1
The low flammability, non-toxicity, low cost and high abundance of MDH have long been qualities that have assured its dominance as a flame-retardant filler. In a nanostructured form, this performance is further enhanced and Nano MDH becomes even more attractive given the potential of enhanced surface area and excellent dispersion.
Nano MDH can be used as an approved food additive, food supplement, color retentate, etc.
Nano MDH has also been widely used in biomedical fields due to its broad antibacterial spectrum and biocompatibility. For example, incorporating Nano MDH into synthetic polymer scaffolds can support cartilage regeneration. Nano MDH can enhance the therapeutic effect of sericin on corneal wounds. Moreover, it was observed that Nano MDH has a non-toxic effect, indicating that it has great potential for biomedical applications. These examples provide insight into the use of Nano MDH as antibacterial dental materials against Streptococcus mutans.
Development of new chemical sensors is an important area of current research and MDH nanosheets have recently been proposed for the fabrication of highly efficient chemical sensors for ethanol.
-
25kg paper bag.
Big bag 750kg or 1000kg.
Store product in a dry area, remaining sealed.
Shelf life is 12 months under good storage condition.
-
Magnesium hydroxide (MDH) crystals tend to form as large, hexagonal plates by default. However, Nano magnesium hydroxide (Nano MDH) usually has the morphology of the crystalline material from 2D nanostructures such as hexagonal platelets and sheets to 1D configurations such as rods, needles and hollow tubes.
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Recommended Applications
Compared with halogen-based and phosphate-based flame retardants, magnesium hydroxide (MDH) has excellent flame-retardant performance with characteristics of low smoke, no toxicity, negligible corrosion and cost efficiency.
Of the possible alternatives to lithium-ion, rechargeable magnesium-ion batteries are a promising candidate, and research into the technology has accelerated in recent years.
Magnesium is a mineral that is necessary for good health. In addition to its role in several bodily functions, Magnesium has important roles as a food additive.
In the field of modern medicine, nanotechnology is booming, and Nano Magnesium is also well used. Nanoparticles, as drug delivery systems, impart several advantages concerning improved efficacy as well as reduced adverse drug reactions.
