Optical performance and lightfastness of the pigment layer, put by the printing ink on the basis of polyvinylchloride compositions by the way of flexographic printing on the polyethylene terephthalate packaging film with highly barrier coating of aluminium oxide and subjected to priming have been studied. It is established that nanocoating, unlike primer, naturally leads to the improvement of the quality printed layer, but their impact on lightfast inks is not positive.
полиэтилентерефталат, пленка, нанопокрытие, оксид алюминия, печатаная краска, праймер, степень блеска, оптическая плотность, кинетика, светоcтойкость, polyethylene, foil, protective coating, aluminum oxide, printing ink, primer, gloss, optical density, kinetics, lightfastness
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