Cerium Oxide Polishing Powder
Here Is Why Cerium Oxide Polishing Powder Is Used So Widely
Cerium Oxide Polishing Powder | Image Resource : 5.imimg.com
Glass polishing is not just a domestic requirement. It is also an industrial requirement. In fact, there is an industry that is dependent on glass polishing such as the medical equipment industry. There are many such industries where glass polishing is essential. However, not anything can be used to polish glass. You need to have a special powder to polish glass.
Cerium Oxide Polishing Powder
There is a special chemical that is used to polish glass. This chemical has the ability to remove scratch marks from any glass surface. It can be the windshield of your car, the glass top of furniture, or industrial glass, Cerium Oxide Polishing Powder can remove all scratches. The powder is made of different chemicals such as Cerium Dioxide, Lanthanum Oxide etc. They also contain trace amounts of silicon oxide, aluminium oxide, calcium oxide etc.
Polishing powders containing Cerium Oxide
The powder has a strong polishing property owing to its ability to cut through glass very precisely. The powder, in fact, is composed of nanoparticles which have a large surface area. Owing to their large surface area and nano dimension, it has become possible to cut through scratches very minutely.
This means that they can move scratches comprehensively. Such comprehensive removal of scratch marks can extend shelf life of glass surfaces. However, polishing powders containing Cerium Oxide are divided into various potencies. You can get low intensity, medium intensity as well as high intensity powders. While the low and medium intensity powders can be used in household applications, industrial usage revolves around the use of high intensity ones only.
Cerium Oxide Polishing Powder
There is a special chemical that is used to polish glass. This chemical has the ability to remove scratch marks from any glass surface. It can be the windshield of your car, the glass top of furniture, or industrial glass, Cerium Oxide Polishing Powder can remove all scratches. The powder is made of different chemicals such as Cerium Dioxide, Lanthanum Oxide etc. They also contain trace amounts of silicon oxide, aluminium oxide, calcium oxide etc.
Polishing powders containing Cerium Oxide
The powder has a strong polishing property owing to its ability to cut through glass very precisely. The powder, in fact, is composed of nanoparticles which have a large surface area. Owing to their large surface area and nano dimension, it has become possible to cut through scratches very minutely.
This means that they can move scratches comprehensively. Such comprehensive removal of scratch marks can extend shelf life of glass surfaces. However, polishing powders containing Cerium Oxide are divided into various potencies. You can get low intensity, medium intensity as well as high intensity powders. While the low and medium intensity powders can be used in household applications, industrial usage revolves around the use of high intensity ones only.
Cerium Oxide Polishing Powder Supplier | Image Resource : 5.imimg.com
How does Cerium Oxide Polishing Powder Work
As is evident from above, the particles of these powders have a high surface area and nano dimension. However, while they act on glass surfaces, it is not just their physical properties that come into play. In fact, they undergo an electrochemical process to wipe out scratch marks. While the abrasive action of Cerium Oxide Polishing Powder can remove scratch marks, the chemical process can make it unblemished. The electrical and chemical actions take place side by side and enable the powder to remove scratch marks completely.
Use of Cerium Oxide Polishing Powder
The optical glass industry is the biggest beneficiary of these powders. In fact, precision polishing is the hallmark of optical glass industry. However, this powder is used in optical glass industry not just for its ability to polish, but also for its action as an UV filter. This action is very helpful in making optical glass. Polishing powders containing Cerium Oxide is also used in removing scratch marks from furniture and other household materials. You can also mix it with other powders and use on surfaces like glass tops, automobile windshields etc.
Other properties of polishing powders
This powder is not just effective against ugly marks on glass surfaces, they also have very high boiling point and melting points and anti-inflammatory character. However, cerium oxide nanoparticles are harmful and toxic in nature. This is why the use of Cerium oxide polishing powder needs to be limited.
As is evident from above, the particles of these powders have a high surface area and nano dimension. However, while they act on glass surfaces, it is not just their physical properties that come into play. In fact, they undergo an electrochemical process to wipe out scratch marks. While the abrasive action of Cerium Oxide Polishing Powder can remove scratch marks, the chemical process can make it unblemished. The electrical and chemical actions take place side by side and enable the powder to remove scratch marks completely.
Use of Cerium Oxide Polishing Powder
The optical glass industry is the biggest beneficiary of these powders. In fact, precision polishing is the hallmark of optical glass industry. However, this powder is used in optical glass industry not just for its ability to polish, but also for its action as an UV filter. This action is very helpful in making optical glass. Polishing powders containing Cerium Oxide is also used in removing scratch marks from furniture and other household materials. You can also mix it with other powders and use on surfaces like glass tops, automobile windshields etc.
Other properties of polishing powders
This powder is not just effective against ugly marks on glass surfaces, they also have very high boiling point and melting points and anti-inflammatory character. However, cerium oxide nanoparticles are harmful and toxic in nature. This is why the use of Cerium oxide polishing powder needs to be limited.