Copper Nanoparticles Synthesis- An Overview To Learn About
Copper Nanoparticles Synthesis | Image Resource : chemijournal.com
The copper nanoparticles are attractive enough and the credit goes to transfer of features like higher thermal conduction. These nano-particles have high volume area and surface area along with anti-bacterial property, optical properties, catalytic features, magnetic properties.
When we speak about synthesis of copper nanoparticles, basically there are two techniques involved in it. They are chemical as well as physical reduction techniques.
Efficiency of copper nanoparticles synthesis you should know about
You can safeguard copper nanoparticles by making use of ascorbic acid. Its high stability duration is for 3 months duration of time and it should be seen that there is no suspension during this period of time. The copper nanoparticles synthesis process is simple, economic as well as eco-friendly and it is widely used alternative for producing copper nanoparticles without emitting any sort of harmful effects.
Besides, they are also widely used in the techniques like organic farming and anti-fouling in order to create items such as pillow covers, socks as well as other products. This material is efficient enough to be used in a number of biological systems because of the presence of anti-microbial features present in it.
Vital characteristics of copper nanoparticles
One of the important features of copper nanoparticles is its low cost manufacturing as well as higher thermal conductivity. Albeit a number of positive results can be obtained by chemical reduction process, yet there are chances of gaining toxic outcomes as well. To overcome toxic substances and then to produce copper nanoparticles in a simple manner, a number of experts use ascorbic acid.
The main property of ascorbic acid is, it is used as a reducing agent as well as protecting agent. This in-turn makes surrounding environment non-toxic, economical and eco-friendly. Though the materials used are same, yet the production techniques can be varied.
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