(A19_069_2015_0690059_134) INNOVATION OF THE PROCESS OF MERCERISING IN FLEXIBLE AND MULTIPURPOSE LIQUID AMMONIA (Q2065711): Difference between revisions
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(Created claim: summary (P836): L LIQUID AMMONIA? A SUBSTANCE OF FUNDAMENTAL IMPORTANCE IN THE SECTOR OF THE FINISHING OF CELLULOSIC FIBRES, AS IT ALLOWS TISSUES TO BE GIVEN SPECIFIC MECHANICAL CHARACTERISTICS (INCREASE OF THE ESTABLISHMENT? SIZE, STEP? THE FABRIC AND TENDERNESS) AND CHEMICO-PHYSICAL PROPERTIES (GREATER AFFINIT? DYES THAT WOULD OTHERWISE NOT BE REACHED WITH OTHER PRODUCTS OR PROCESSES. AT MOLECULAR LEVEL, AMMONIA? CAN IT MAKE A CLAIM WITH CELLULOSE, THE CRYSTA...) |
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| Property / summary | |||
L LIQUID AMMONIA? A SUBSTANCE OF FUNDAMENTAL IMPORTANCE IN THE SECTOR OF THE FINISHING OF CELLULOSIC FIBRES, AS IT ALLOWS TISSUES TO BE GIVEN SPECIFIC MECHANICAL CHARACTERISTICS (INCREASE OF THE ESTABLISHMENT? SIZE, STEP? THE FABRIC AND TENDERNESS) AND CHEMICO-PHYSICAL PROPERTIES (GREATER AFFINIT? DYES THAT WOULD OTHERWISE NOT BE REACHED WITH OTHER PRODUCTS OR PROCESSES. AT MOLECULAR LEVEL, AMMONIA? CAN IT MAKE A CLAIM WITH CELLULOSE, THE CRYSTALLINE STRUCTURE OF WHICH IS ALTERED BY THE REMOVAL OF THE SOLVENT, FROM THE FORM CELL I TO PI? RICH IN AMORPHOUS AREAS: GSM III OR CELL I MODIFIED ACCORDING TO THE METHOD OF REMOVAL. THEREFORE, THIS DIFFERENCE IN NEW CRYSTALLINE STRUCTURE CAN BE FOUND ON THE FINAL CHARACTERISTICS GIVEN TO THE TISSUE BY ALLOWING FIBRES TO SWELL AND TO INCREASE IT? DIMENSIONAL, BRIGHTNESS OF THE COLOURS, LIT? IMMEDIATE (NONSTRORO, WASH AND WEAR), GUALCIBILILIT? VERY LOW ON TISSUE IN CO (English) | |||
| Property / summary: L LIQUID AMMONIA? A SUBSTANCE OF FUNDAMENTAL IMPORTANCE IN THE SECTOR OF THE FINISHING OF CELLULOSIC FIBRES, AS IT ALLOWS TISSUES TO BE GIVEN SPECIFIC MECHANICAL CHARACTERISTICS (INCREASE OF THE ESTABLISHMENT? SIZE, STEP? THE FABRIC AND TENDERNESS) AND CHEMICO-PHYSICAL PROPERTIES (GREATER AFFINIT? DYES THAT WOULD OTHERWISE NOT BE REACHED WITH OTHER PRODUCTS OR PROCESSES. AT MOLECULAR LEVEL, AMMONIA? CAN IT MAKE A CLAIM WITH CELLULOSE, THE CRYSTALLINE STRUCTURE OF WHICH IS ALTERED BY THE REMOVAL OF THE SOLVENT, FROM THE FORM CELL I TO PI? RICH IN AMORPHOUS AREAS: GSM III OR CELL I MODIFIED ACCORDING TO THE METHOD OF REMOVAL. THEREFORE, THIS DIFFERENCE IN NEW CRYSTALLINE STRUCTURE CAN BE FOUND ON THE FINAL CHARACTERISTICS GIVEN TO THE TISSUE BY ALLOWING FIBRES TO SWELL AND TO INCREASE IT? DIMENSIONAL, BRIGHTNESS OF THE COLOURS, LIT? IMMEDIATE (NONSTRORO, WASH AND WEAR), GUALCIBILILIT? VERY LOW ON TISSUE IN CO (English) / rank | |||
Normal rank | |||
Revision as of 10:41, 23 March 2020
Project in Italy financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | (A19_069_2015_0690059_134) INNOVATION OF THE PROCESS OF MERCERISING IN FLEXIBLE AND MULTIPURPOSE LIQUID AMMONIA |
Project in Italy financed by DG Regio |
Statements
75,000.0 Euro
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150,000.0 Euro
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50.0 percent
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29 May 2015
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27 March 2018
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29 May 2018
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RIFINIZIONE S.STEFANO SPA
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43°46'11.53"N, 11°15'20.09"E
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L?AMMONIACA LIQUIDA ? UNA SOSTANZA DI FONDAMENTALE IMPORTANZA NEL SETTORE DEL FINISSAGGIO DELLE FIBRE CELLULOSICHE IN QUANTO PERMETTE DI IMPARTIRE AI TESSUTI DETERMINATE CARATTERISTICHE MECCANICHE (AUMENTO DELLA STABILIT? DIMENSIONALE, DELLO ?SCATTO? DEL TESSUTO E DELLA SUA MORBIDEZZA) E CHIMICO-FISICHE (MAGGIORE AFFINIT? TINTORIALE) ALTRIMENTI NON RAGGIUNGIBILI CON ALTRI PRODOTTI O PROCESSI. A LIVELLO MOLECOLARE, L?AMMONIACA ? IN GRADO DI FORMARE UN ADDOTTO CON LA CELLULOSA, LA CUI STRUTTURA CRISTALLINA VIENE MODIFICATA CON LA RIMOZIONE DEL SOLVENTE, PASSANDO DALLA FORMA CELL I A FORME PI? RICCHE IN ZONE AMORFE: CELL III O CELL I MODIFICATA A SECONDA DEL METODO DI RIMOZIONE. QUESTA DIFFERENZA DI NUOVA STRUTTURA CRISTALLINA SI RITROVA QUINDI SULLE CARATTERISTICHE FINALI IMPARTITE AL TESSUTO PERMETTENDO UN RIGONFIAMENTO DELLE FIBRE E AUMENTANDO STABILIT? DIMENSIONALE, BRILLANTEZZA DEI COLORI, UTILIZZABILIT? IMMEDIATA (NON-STIRO, WASH AND WEAR), GUALCIBILIT? RIDOTTISSIMA SU TESSUTI IN CO (Italian)
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L LIQUID AMMONIA? A SUBSTANCE OF FUNDAMENTAL IMPORTANCE IN THE SECTOR OF THE FINISHING OF CELLULOSIC FIBRES, AS IT ALLOWS TISSUES TO BE GIVEN SPECIFIC MECHANICAL CHARACTERISTICS (INCREASE OF THE ESTABLISHMENT? SIZE, STEP? THE FABRIC AND TENDERNESS) AND CHEMICO-PHYSICAL PROPERTIES (GREATER AFFINIT? DYES THAT WOULD OTHERWISE NOT BE REACHED WITH OTHER PRODUCTS OR PROCESSES. AT MOLECULAR LEVEL, AMMONIA? CAN IT MAKE A CLAIM WITH CELLULOSE, THE CRYSTALLINE STRUCTURE OF WHICH IS ALTERED BY THE REMOVAL OF THE SOLVENT, FROM THE FORM CELL I TO PI? RICH IN AMORPHOUS AREAS: GSM III OR CELL I MODIFIED ACCORDING TO THE METHOD OF REMOVAL. THEREFORE, THIS DIFFERENCE IN NEW CRYSTALLINE STRUCTURE CAN BE FOUND ON THE FINAL CHARACTERISTICS GIVEN TO THE TISSUE BY ALLOWING FIBRES TO SWELL AND TO INCREASE IT? DIMENSIONAL, BRIGHTNESS OF THE COLOURS, LIT? IMMEDIATE (NONSTRORO, WASH AND WEAR), GUALCIBILILIT? VERY LOW ON TISSUE IN CO (English)
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Identifiers
D52C15001010009
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