Nanostructured coatings are nanotechnology-based coatings formed through the usage of nanocomposites and structured materials. These structured materials build a consistent network of molecules on the surface to be coated. Nanostructured coatings possess various characteristics such as high lubricity, ductility, abrasion resistance, hardness, and transparency. These coatings also possess low density, elastic modulus, and low thermal conductivity. Nanostructured coatings are widely used in various industries such as building & construction, automotive, aerospace & aviation, oil & gas, medical, textile, consumer electronics, and marine. These coatings are used for hydraulic fracturing and as corrosion and scaling chemical inhibitors in the oil & gas industry due to their self-healing property. Nanostructured coatings are also employed used as functional coatings for the prevention of ice accretion in aircraft parts. These coatings are also used as anti-fouling protective coatings for offshore marine structures. Nanostructured coatings are employed as sustainable coatings. They provide high UV protection and enhance durability while maintaining breathability in textiles and apparel. These coatings are used as waterproofing materials in consumer electronics. Furthermore, nanostructured coatings are employed to control infection in the medical industry. These coatings are also used as high hardness coatings in medical implants. Nanostructured coatings are used in antireflection glazing, passive cooling surface, and thermochromic smart windows in the building & construction industry.
Based on
form, the nanostructured
coatings market can be segmented into anti-microbial, anti-fingerprint,
anti-fouling, easy to clean, and self-cleaning nanostructured coatings. The
anti-fingerprint segment is expected to expand significantly during the
forecast period. This is ascribed primarily to its extensive usage in
electronic gadgets and automotive applications. Furthermore, demand for
anti-microbial nanostructured coatings is anticipated to rise moderately in
medical and building & construction industries owing to the differentiating
properties of these coatings, which are being extensively used in patient care
facilities. Market share of easy to clean and self-cleaning nanostructured
coatings segments is projected to increase during the forecast period due to
the rise in usage of these coatings in marine, electronics, and automotive
applications.
Nanotechnology
plays an important role in developing innovative nanostructured coatings. Rise
in requirement of protective coatings and increase in awareness about reduction
of solvent content are some of the primary factors driving the nanostructured
coatings market. New functionalities, transparency, and high-quality
performance play a vital role in the coatings industry. Nanostructured coatings
meet these requirements and offer various benefits such as high protection
against UV, fire, heat, ice, pollutants, bacteria, and corrosion. Increase in
prices of raw materials and high production costs are some of the factors
hampering market growth. Additionally, optimization of properties by
maintaining tolerance, interfacial adhesion, and other non-mechanical
properties are the key challenges for manufacturers. However, technological
advancement in nanotechnology further enhances the growth opportunities for
nanostructured coatings in various applications. For example, in 2016,
Aquashield Technologies, a nanotechnology firm, developed a nanocoating product
line of ultra-thin protective coatings, which provide protection against
pollution and UV radiation.
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Geographically,
the global market for nanostructured coatings can be segregated into Europe,
Asia Pacific, North America, Latin America, and Middle East & Africa. Asia
Pacific, Europe, and North America are expected to dominate the nanostructured
coatings market during the forecast period due to the increase in requirement
of these coatings in health care and building & construction applications.
Increase in demand for nanostructured coatings in the automotive sector in the
U.S. is also boosting market growth. Rise in concern for escalating crude oil
prices and implementation of stringent regulations over VOC emission in the
paints & coatings industry are compelling countries in Europe to adopt nanostructured
coatings. This is further augmenting the nanostructured coatings market. Growth
in various end-use industries in Asia Pacific is also projected to open up new
avenues for the nanostructured coatings market. Furthermore, strong government
support for nanotechnology in China, India, and Japan coupled with initiatives
of a large number of multinational companies toward development of products and
processes based on nanoparticles are augmenting the demand for nanostructured
coatings in Asia Pacific.
Major
players operating in the nanostructured coatings market are Aquashield
Technologies, Advanced Nanotechnology Lab, Forge Nano, Nano Activated Coatings,
Inc. Nanofilm Ltd, and Nanophase Technologies Corporation.
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