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Independent of industry, the protective nanocoatings marketplace growth potential is considerable, as protecting electronics becomes increasingly challenging as devices shrink.
Graphene nanotube manufacturer OCSiAl announced the launch of its second synthesis facility for graphene nanotubes with a production capacity of 50 tonnes per year.
In this work, mini-emulsion polymerization was used to prepare formulations containing various sizes of ZnO nanoparticles in order to increase photostabilization of exterior clear coatings for wood.
The work described is focused on studies demonstrating
the benefits in use of nano-particle dispersions, and extends to substrates such as wood, masonry, concrete, fiber cement, tile, floors and plaster.
Successful incorporation of nanomaterials into optical display coatings relies on the core expertise of engineering finely tuned nanoparticles, dispersal in a variety of solvents and scaling these processes to commercial volumes.
As new tools and technologies are developed, surface scientists will continue to innovate and create new formulations to meet the needs of those new developments.
Greater awareness of phenomena that occur on a nanometric scale and subsequent testing (both in application and synthesis of polymers) have led to the development of new materials with better performance characteristics than the traditional ones, with full respect for the environment.
