Conductive Polymer Coatings Market
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However, high processing and production cost is expected to hamper the market growth for conductive<br />
polymer coatings. These coatings are developed for specific application that requires high end research &<br />
development activities and huge capital. These coatings may lose their solubility in water and other organic<br />
solvents and therefore it becomes difficult to process.<br />
Report Description<br />
<strong>Conductive</strong> polymers are organic polymers having high electrical conductivity. These can have metallic<br />
conductivity or semiconductors. The electrical properties can be customized using method of organic<br />
synthesis. The major advantage it offers is process ability through dispersions. These coatings are made up<br />
some basic polymers those could be polyaniline, polypyrrole and polyacetylene. The applications of<br />
conductive polymer coatings include sensors, optical & electronic materials, actuators, bio-sensors, supercapacitors,<br />
bio-implants and corrosion protection for electrical energy storage.<br />
Growing demand for conductive polymer coatings from electrical & electronics industry is expected to drive<br />
the market. These are replacing metals and other conductive compounds in electronics due to low weight.<br />
These coatings are less toxic and less damaging to environment as compared to metals. Due to advantages, it<br />
is being used in flat screen displays for computers, mobile phones, personal digital assistants and other<br />
screens. With rising disposable income and modernization, demand for electronics have increased<br />
tremendously which in turn expected to drive market growth for conductive polymer coatings. Further,<br />
growing demand for conductive polymer coatings from organic solar cells is expected to fuel the market. The<br />
Organic Electronics Association (OEA) is promoting organic semiconductors in these applications. Organic<br />
semiconductors offer better and improved electromagnetic interference and electrostatic discharge as<br />
compared to other semiconductors.<br />
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