Photomarks ap license#

ĕ0☒^m industrial high-pressure polyethylene films (PE-2), Mw=2x105, crystallinit圓5-37 % by PETROTHENE NA 596 NEAT.ĕ0☒ ^m industrial high-pressure polyethylene films (PE-1), Mw=2x105, crystallinity 33-36% by MICROTHENE CR 89002 NEAT U.S.INDUSTRIAL CHEMICAL COMPANY, Melt Index= 150 G/10 min.The purpose of the research is to develop a method of industrial polyolefin films express diagnostic for material purposeful selection for smart packaging and for the assessment of its protective marking possibility. With such set of indicators it is impossible to determine the industrial suitability of polymer films for the optical marking, which is visible in polarized light. Manufacturers of polymer films characterize their products by a large set of quality indicators, including: density and MFR of the polymer, thickness and overall size, gloss, transparency, mechanical properties, etc. The possibility of effective application of protective marking packaging, manufactured from these refined polymeric petroleum products, is determined by the peculiarities of polymers chemical structure, the fractional composition of macromolecules and the films supramolecular structure. We proposed and economically substantiated new methods of protective labeling for productpackages with films made of large-tonnage polymers such as polyethylene, polypropylene, polyvinyl chloride. The intelligent packaging and a variety of protective marking methods are used to protect such products from the counterfeit. In every industry new innovative products are created with a high initial cost, the developers promote them to the world market at a significant cost.

Photomarks ap license#

This is an open access article under the CC BY-NC-ND license They are used practically in all spheres of human activity: medicine, construction, engineering, production and processing of food products, military and space equipment. The most common large-capacity secondary products of oil refining are polyolefins. Keywords: method of polymeric petroleum products diagnostics polyolefins heat treatment multilayer films optical properties latent marking Peer-review under responsibility of the Omsk State Technical University

© 2016 The Authors.PublishedbyElsevier Ltd. ErmakovaaĪMoscow State University of Printing Arts, 2APryanishnikov str., Moscow, 127550, Russian Federation bOmsk State Technical University, 11 Mira av., Omsk, 644050, Russian Federation International Conference on Oil and Gas Engineering, OGE-2016Įxpress diagnostics of polymeric petroleum products for its usage in latent watermarks of the smart packagingĪ.P. The two-stage method is suggested for checking the suitability of polyolefin films for the latent marking in polarized light for their usage in the production of intelligent packaging for frozen foods or other products with a strictly regulated mode of storage. For films application in smart packaging, for example, frozen food products, input control and diagnostics is required not only of mechanical and optical properties, but also of sensitivity of their optical properties to heat treatment. Bright visual effects in layers of polyolefin film materials are used in packaging of consumer goods they can be seen in polarized light and depend on chemical and phase composition of films.

Such products are processed by hot melt extrusion into films with technical purposes and then used in packaging. The express-method of diagnostics and selection of polymeric petroleum products is substantiated. Abstract of research paper on Agriculture, forestry, and fisheries, author of scientific article - A.P.