Printed electronics represents a potentially low cost means of depositing different electronic materials on a substrate in a spatially-specific manner with strong implications on the cost of realizing electronic systems. Printed electronics can potentially reduce overall process complexity, realize process flows with reduced capital expenditure and excellent compatibility with low cost, large area substrates which will enable roll to roll printing. Promising applications like displays, RFID, sensors and photovoltaics which is emerging as the largest market for printed electronics has evoked large scale commercial interest in this field




These are powders of nanoparticles and are classified according to their composition to ease perusal by the client. They have different morphologies nanospheres, nanorods, nanowires, nanodiscs, flakes etc,.



These are dispersions of nanoparticles in fluid media. They comprise of water-soluble dispersions and organic solvent dispersions. They have varied applications from medicare to cosmetic applications.


Inkjettable inks are manufactured and supplied for applications in printed electronics. Both conductive, semi-conductive inks and a range of speciality nanoinks are being supplied. They have small particle size and narrow

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