Compared with ordinary magnesium oxide products, nano magnesium oxide is welcomed by many industries. It is a new particulate material, appearance is white powder, high purity and large specific area. It is made of very fine grains, non-toxic, odorless, good dispersion. The content of MgO is more than 99.9%, suspended in the water with good performance, easy coating. Nano magnesium oxide is also have a lower hydration rate, and a certain cohesiveness.
Nano magnesium oxide has small particle size, and big surface area. It has high hardness, high purity and high melting point and other characteristics. It has a widely application in electronics, catalysis, ceramics, oil and paint, and other fields. According to different system, add nano powder added amount ranging from 0.1 ~ 0.5%. The user should be based on a different system, after experiments then to determine the best dosage. Another way, you can contact with Hebei Meishen Chemical Technology Co.,LTD to get more information.
2015年11月3日星期二
2015年6月12日星期五
The application of Nano Magnesium Oxide in Antibacterial Material
Nano magnesium oxide is a new type of nanoparticles material, the appearance is white powder. High purity, it has the effects of obvious small size effect, surface effect, quantum size effect and macroscopic tunnel effect. after modification, there is no reunion phenomenon, nano magnesium oxide has many specific features and important application value in the fields of optics, catalysis, magnetic, mechanical, chemical. The prospect is very broad, and it is an important new material in the 21st century.
At present, there are two main development paths of magnesium oxide antibacterial materials.
At first, controlling the particle size, morphology characteristics to improve the antibacterial properties of nano magnesium oxide. For example, scientists have successfully developed a scaly kind of nano magnesium oxide powder, which shows strong antibacterial sterilization ability for Anthrax, staphylococcus aureus, escherichia coli and others.
The second, we had developed new type of composite antibacterial materials by composition of magnesium oxide and other antibacterial material, such as activate carbon/magnesium oxide, metal oxide/magnesium oxide and chlorine, bromine gas/magnesium oxide, etc.
Make nano magnesium oxide powder evenly dispersed on activated carbon matrix, it will has a good effect on antimicrobial properties for golden staphylococcus.In the production practice, nano magnesium oxide has an important applications in developing antibacterial ceramics, antibacterial plastic.
At present, there are two main development paths of magnesium oxide antibacterial materials.
At first, controlling the particle size, morphology characteristics to improve the antibacterial properties of nano magnesium oxide. For example, scientists have successfully developed a scaly kind of nano magnesium oxide powder, which shows strong antibacterial sterilization ability for Anthrax, staphylococcus aureus, escherichia coli and others.
The second, we had developed new type of composite antibacterial materials by composition of magnesium oxide and other antibacterial material, such as activate carbon/magnesium oxide, metal oxide/magnesium oxide and chlorine, bromine gas/magnesium oxide, etc.
Make nano magnesium oxide powder evenly dispersed on activated carbon matrix, it will has a good effect on antimicrobial properties for golden staphylococcus.In the production practice, nano magnesium oxide has an important applications in developing antibacterial ceramics, antibacterial plastic.
2015年4月2日星期四
Nano-magnesium Oxide Used in Antibacterial Material
Studies have shown that, magnesium oxide extremely easily hydration, and form a layer of magnesium hydroxide in the surface. Nano-magnesium oxide can produce destructive adsorption, may also damage the bacteria cell membrane.
At present, there are two main development paths of magnesium oxide antibacterial materials. The first, through particle size and morphology control, we can improve the antibacterial properties of nano-magnesium oxide. For example, scientists have developed a kind of scaly powder successfully, which showed strong antibacterial sterilization ability for Anthrax, staphylococcus aureus, escherichia coli. The second, through the combination of magnesium oxide and other antibacterial materials, we can develop new type of composite antibacterial materials, such as Activated carbon/magnesium oxide, metal oxide/magnesium oxide and chlorine, bromine gas/magnesium oxide, etc.
In the progress of production, nano-magnesium oxide plays a very important role in the development of antibacterial ceramics, antibacterial plastic, and other antibacterial material.
Our nano-magnesium oxide indicators : MgO%≥99.9, SO4%≤0.15, CaO%≤0.01, Cl%≤0.03, Specific surface area m2/g≤30-50, Fe%≤0.01, average particle size 50nm, Mn%≤0.003,Inhale iodine value≥60, loss on ignition%≤3.0. Contact us Now !
At present, there are two main development paths of magnesium oxide antibacterial materials. The first, through particle size and morphology control, we can improve the antibacterial properties of nano-magnesium oxide. For example, scientists have developed a kind of scaly powder successfully, which showed strong antibacterial sterilization ability for Anthrax, staphylococcus aureus, escherichia coli. The second, through the combination of magnesium oxide and other antibacterial materials, we can develop new type of composite antibacterial materials, such as Activated carbon/magnesium oxide, metal oxide/magnesium oxide and chlorine, bromine gas/magnesium oxide, etc.
In the progress of production, nano-magnesium oxide plays a very important role in the development of antibacterial ceramics, antibacterial plastic, and other antibacterial material.
Our nano-magnesium oxide indicators : MgO%≥99.9, SO4%≤0.15, CaO%≤0.01, Cl%≤0.03, Specific surface area m2/g≤30-50, Fe%≤0.01, average particle size 50nm, Mn%≤0.003,Inhale iodine value≥60, loss on ignition%≤3.0. Contact us Now !
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