DESINK. DEVELOPMENT OF FUNCTIONAL INKS BASED ON MICRO AND NANOCHARGES FOR APPLICATION AS COATINGS IN DIFFERENT INDUSTRIAL SECTORS (Q3249801): Difference between revisions
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DESINK. DEVELOPMENT OF FUNCTIONAL INKS BASED ON MICRO AND NANOCHARGES FOR APPLICATION AS COATINGS IN DIFFERENT INDUSTRIAL SECTORS | |||
Revision as of 11:19, 12 October 2021
Project Q3249801 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | DESINK. DEVELOPMENT OF FUNCTIONAL INKS BASED ON MICRO AND NANOCHARGES FOR APPLICATION AS COATINGS IN DIFFERENT INDUSTRIAL SECTORS |
Project Q3249801 in Spain |
Statements
74,812.5 Euro
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149,625.0 Euro
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50.0 percent
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1 January 2017
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31 December 2017
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INSTITUTO TECNOLOGICO METALMECANICO, MUEBLE, MADERA, EMBALAJE Y AFINES
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39°30'14.11"N, 0°26'31.56"W
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46190
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PROYECTO EN COLABORACIÓN DE DOS AÑOS DE DURACIÓN (2016-2017), SIENDO LA PRESENTE MEMORIA CORRESPONDIENTE A LA SEGUNDA ANUALIDAD. EN LAS ZONAS CON ALTO TRÁNSITO PEATONAL, ZONAS COMERCIALES O PÚBLICAS, SE REQUIEREN MATERIALES CON ELEVADAS PRESTACIONES TÉCNICAS, ESPECIALMENTE DE RESISTENCIA FRENTE AL DESGASTE. ACTUALMENTE EXISTEN SUELOS, TANTO DE CERÁMICA COMO DE MATERIALES DE MADERA QUE ALCANZAN RESISTENCIAS ELEVADAS, PERO SUS PROCESOS DE FABRICACIÓN TIENEN ASOCIADOS UNA SERIE DE INCONVENIENTES (MATERIAL, POCA FLEXIBILIDAD, COSTE, COVS, ETC), DIFERENTES PARA CADA UNO DE LOS DOS SUSTRATOS, QUE CON LA IMPRESIÓN INKJET SE SUPERAN EN PARTE, DE AHÍ EL INTERÉS POR ESTA TECNOLOGÍA, AUNQUE NO SE HAN CONSEGUIDO RESISTENCIAS ELEVADAS PARA ZONAS DE TRANSITO ELEVADO. POR OTRO LADO, LOS MATERIALES MÁS EMPLEADOS EN EL ENVASADO ALIMENTARIO SON LOS MATERIALES PLÁSTICOS, DADO SU BAJO COSTE Y PESO, PERO PRESENTAN EL INCONVENIENTE DE SU RELATIVA ELEVADA PERMEABILIDAD A GASES, LO CUAL DISMINUYE LA VIDA ÚT (Spanish)
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COLLABORATIVE PROJECT OF TWO YEARS (2016-2017), BEING HEREIN FOR THE SECOND ANNUITY. IN AREAS WITH HIGH PEDESTRIAN TRAFFIC, COMMERCIAL OR PUBLIC AREAS, THEY REQUIRE MATERIALS WITH HIGH TECHNICAL PERFORMANCE, ESPECIALLY WEAR RESISTANCE. CURRENTLY THERE SOILS, BOTH CERAMIC AND WOOD MATERIALS WHICH REACH HIGH STRENGTHS, BUT THEIR MANUFACTURING PROCESSES HAVE ASSOCIATED A NUMBER OF DRAWBACKS (MATERIAL, INFLEXIBILITY, COST, VOC, ETC.), DIFFERENT FOR EACH OF THE TWO SUBSTRATES, THAT INKJET PRINTING IS PARTLY OVERCOME, HENCE THE INTEREST IN THIS TECHNOLOGY, BUT HAVE NOT ACHIEVED HIGH RESISTANCE TO HIGH TRAFFIC AREAS. FURTHERMORE, THE MATERIALS MOST COMMONLY USED IN FOOD PACKAGING ARE PLASTICS MATERIALS, GIVEN ITS LOW COST AND WEIGHT, BUT HAVE THE DISADVANTAGE OF HIGH RELATIVE GAS PERMEABILITY, WHICH REDUCES THE LIFE OF FOODS CONTAINING. TO INCREASE THIS BARRIER, CURRENTLY MULTILAYER SYSTEMS OF VARIOUS MATERIALS, WHICH HAVE HIGH PRODUCTION COSTS AND MATERIALS, AND ADDED DIFFICULTY FOR RECYCLIN (English)
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Paterna
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Identifiers
20F01020201B_IVCI00000DEEA7111
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