Focusing On The Properties and Production Methods of Silica Nanoparticles
In the last few years, there have been some significant developments in the world of nano technology. It is the result of such developments that led to the inception of silica based nano particles. The nano particles of silica are already gaining a lot of attention of the researchers as well as investors.
It is known to everyone that silicon is the material that changed a lot of things in the last few decades, and now it seems that it is the time of silica based nano particles to make things even more advanced.
The interesting features of silica nano particles are certainly exciting for our future. Not just the physical properties, but the chemical ones are also quite promising for wide sorts of industries.
The biocompatibility of silica nanoparticles is really good, which makes it useful for the medical world as well. In addition, the exceptional photoluminescence and active surface form of these nano particles have grabbed a lot of news.
Get more idea about silica nanoparticles
The biocompatibility of these nano particles is mainly due to the fact that silica is absolutely low toxic in nature. Hence, they can be used in our home appliances, without any kind of issue. One major aspect about the silica nanoparticles is that they can be functionalized quite easily with different kinds of molecules as well as polymers.
Heavy engineering and electronic field are also getting prepared to harness the properties of these nano particles. In the near future, it is expected that the microchips would be based on the nano particles of silica, which will be more advanced than the ones made from silicon. No doubt, silica nanoparticles suppliers are going to get huge business orders from companies involved in the production of microchips.
Silica nanoparticles production methods
When it comes to the production of these nano particles then there are mainly two options available. One of the options is chemical, while the other one is physical. In the case of physical method, very high temperature is required, along with the methods of vacuum deposition. The physical method is applied when small quantities of silica nano particles are required.
It is true that through physical method it is possible to control the different aspects of silica based nano particles. High quality silica nanoparticles can be obtained through the physical method, which makes them useful for bio medicines. Chemical method is used when large amount of silica nano particles are required.