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Nanotechnology for Chemicals and Paints

Path leading towards advancement of novel industrial products.

Effective Materials in the chemical Industry give a particular advantage: Pharmaceuticals collaborate with microorganisms, structured  polymers support mechanical pressure and paints give corrosion resistance.

Over the previous years nanotechnology has gotten increasingly more significant in the advancement of coatings. The analysts and businesses accepts that inside the following 10 years all throughout the planet around 20 % of the turnover of the branch will come from the utilization of nanotechnology, as supposed "Smart Coatings"

Industrial Benefits Through Nanotechnology

Nanoparticles, considered "another" word in the mid 2000, has become a traditional specialized term, part of standard instructing in colleges and very much incorporated in ordinary language. Nanoparticle research has discovered its situation as a perceived discipline, thus, we anticipate that the field should keep flourishing, with significantly more fuel as nanoparticles are currently internationally accessible to labs like our more customary compound reagents.


In recent years modern techniques have been developed to visualize and scientifically describe nano-scale materials and structures. It is therefore now possible to tailor the manufacture and use of nanomaterials and nanostructures in the coating industry to the specific needs of the various applications


Small, chemically inert particles have been prominently used in pigments, polymer fillers and surface finishing next to bulk applications such as ceramics. various carbon soot pigments in cave and pottery paintings and carefully reduced iron oxide colloids as red and yellow pigments.

Anti-UV Products

More recent advances in aerosol synthesis permitted manufacturing of nanoparticles. They permits strong optical effects and high color depth. After recognizing the estrogen-like activity of numerous organic sunscreen additives, inorganic UV absorbing pigments based on nanoparticles. 

Antimicrobial Agents

The traditional use of certain metals against microorganisms has been known for several millennia. The possibility, however, to prepare metals in the form of very small particles, and reliably spread them over large consumer surfaces, has provided an astonishing revival in interest around these antimicrobial agents 

Nanomaterials can be modified to improve the overall characteristics of convectional materials because of their tiny size. Nanotechnology has also aided in the development of more efficient and long-lasting materials. Steel, glass, and nanotechnology-based coatings are used to protect the layers against corrosion.”

What nanotechnology is all about?

The thoughts and ideas driving Nano Science and nanotechnology began with a discussion named "There's Plenty of Room at the Bottom" by physicist Richard Feynman at an American Physical Society meeting at the California Institute of Technology on December 29, 1959, some time before the term nanotechnology was utilized.

Future scope of Nanotechnology in Coatings & Paint Industry

Scratch - resistant

Nanopolymer coatings applied over car paint can reflect heat to regulate temperature and make air conditioners more fuel-efficient. Ceramic nanoparticles-infused paints can protect cars against minor scratches, and nanopolymer coatings applied over car paint can reflect heat to regulate temperature and make air conditioners more fuel-efficient.


Antimicrobial, antifungal, and antibacterial biocides are predicted to become more common as buildings and industries are expanding. Biocides in paint inhibit the growth of fungus, algae, and bacteria, all of which may be highly damaging to painted surfaces therby providing an Anti-microbial coating to the surfaces.


Any solvent's chemical composition can be improved with nanomaterials. They are usually only applied in trace amounts to a coating substance. They may change a wide range of qualities in the coating material, such as flow behaviour, surface tension, gloss, structure, UV and weather resistance, and so on.

Who all are the Beneficiaries



Under-Graduates (B. Sc., B. Tech., B.E) 

Physics, Chemistry, Nanoscience & Technology, Materials Science, Metallurgy, Textile, Polymer.

Post- Graduates (M. Sc., M. Tech, M.E)

Physics, Chemistry, Nanoscience & Technology, Materials Science, Metallurgy, Textile, Polymer.

Industrial people/ Researchers/ Academicians



"One thing to remember is the best way to classify science is as follows: there is science that has already been applied and science yet to be applied. In this broad sense, many things that we are doing in today’s frontiers will have applications in the near future"

Some of the

Suggested Courses

The Program Nanotechnology in Waste to Nano-material Production & Industrial Certification is an advanced program meant to enhance the knowledge base of participants in the area of production of Nano-material from various waste products.
The most of the innovation and funding in Nanotechnology research came from Electronics giants. Manufacturing and marketing of Nano gadgets started from the computers and mobiles which are the only machines made at Nano scale that were available economically.
The industry level program is an advanced program meant to enhance the knowledge base of participants who have a very basic knowledge of Nanotechnology. It equips the participant to be able to understand the practical and business aspects of various Nanotechnology techniques and materials from the point of view of the industry.

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