Iron Oxide Nanoparticles: Mantra Behind The Success Of A Cosmetic Industry!
New applications are being discovered by the scientists. Especially when it comes to nano technology, discovery is immense. Biological, physics, chemical and many other fields are flourishing due to the fact that they know the exact way to use nano technology!
If you are wondering why that mysterious color of scarlet is present in most of the stoneware in Japan! These are hematite based powders made of iron oxide nanoparticles. They range from yellowish to red and comes in other colors like purple. These are non-hazardous elements and are a perfect addition to the beautiful decoration on a glazed China ware!
The iron’s natural color is brown and when it is oxidized, it turn bright red. Oxidation of iron is a very easy process. When exposed to atmosphere it becomes iron oxide. From fine ceramics industry to high tech fuel industry and bio researches make use of this nanoparticle.
From cheap porcelain to costliest MRI scans make use of Iron Oxide Nanoparticles
The color variations shown by these nanoparticles and the non-hazardous character paved way for cosmetic industry to take up a new scale. Today, one can get different colored cosmetic items like eye liners, lip sticks and mascaras. All of these contain this particle to a certain amount.
Second reason why cosmetic industry love using this particle is the fact that the color never fades out! This is very try with a Chinese porcelain. They stand wear and tear and even after aggressive washing, the decorations and colorfulness of the porcelain never diminishes out. Hence cosmetic industry is the major industry that is getting benefitted out of these particles constantly.
Not only in manufacturing industry, but also this is a useful and most important particle in medical field. Today, locating a disease is a greater task. And once found, treatments become easier. Especially in cases like acute head pain and cancer, locating the tumor cell is not quite easy.
Now, this has become easy with the help of iron oxide in its nano form. They act as drug delivering agent in locating the defected region and transferring the drug to that part! This is possible because of their high magnetic property!
4
Kudos
4
Kudos