The CORONA technology in the wet processing of cellulosic materials is now being implemented in plant production. The advantages were proved and extensively used as real benefits at ecological, economical and functional levels. Easier and shorter preparation is made, taking advantage of the instantaneous hydrophilization, the facility to remove natural and added impurities, the higher whiteness degree, the higher mercerization degree and the optimal uniformization of the materials. Dyeing with direct, reactive and vat dyes as been re-designed, being possible to get pure colours, higher yield, better uniformity, good fastness, even for incompletely prepared fabrics. The functionalization of cellulosic substrates is achieved with different ...
Modification and derivatization of cellulose is typically either surface or diffusion limited, many ...
The conception of new processes for preparation, dyeing and printing of high quality textile product...
The global demand for textile fibers is increasing rapidly due to increasing population and increasi...
Vat dyeing of cellulosic materials is shortened by means of the replacement of preparatory desizing ...
The preparation and dyeing of cellulosic fabrics hás important problems such as uniformity of aspect...
In this study, corona technology is applied in the wet processing of cotton fabrics. The properties ...
The present work concerns the study of preparation processes when this operation is preceded by a CO...
Application of CORONA technology for finishing processes of cellulosic fabric is an innovation in Eu...
Textile industry has an important impact in world economy and consequently on environmental quality ...
If a plasmatic CORONA discharge is applied in desized cotton fabrics, mercerisation is easily integr...
Textile industry is obliged to adapt to ecological legislation because classical processes have a gr...
The production of electrical insulation components with cellulose as the raw material is based on an...
Corona tretment consists on the application of an electrical discharge of high voltage (around 10.00...
Cellulose, the most abundant renewable organic material on earth, exhibits outstanding properties an...
Newly developed all-cellulose composites (ACCs) can overcome the chemical incoherence between cellul...
Modification and derivatization of cellulose is typically either surface or diffusion limited, many ...
The conception of new processes for preparation, dyeing and printing of high quality textile product...
The global demand for textile fibers is increasing rapidly due to increasing population and increasi...
Vat dyeing of cellulosic materials is shortened by means of the replacement of preparatory desizing ...
The preparation and dyeing of cellulosic fabrics hás important problems such as uniformity of aspect...
In this study, corona technology is applied in the wet processing of cotton fabrics. The properties ...
The present work concerns the study of preparation processes when this operation is preceded by a CO...
Application of CORONA technology for finishing processes of cellulosic fabric is an innovation in Eu...
Textile industry has an important impact in world economy and consequently on environmental quality ...
If a plasmatic CORONA discharge is applied in desized cotton fabrics, mercerisation is easily integr...
Textile industry is obliged to adapt to ecological legislation because classical processes have a gr...
The production of electrical insulation components with cellulose as the raw material is based on an...
Corona tretment consists on the application of an electrical discharge of high voltage (around 10.00...
Cellulose, the most abundant renewable organic material on earth, exhibits outstanding properties an...
Newly developed all-cellulose composites (ACCs) can overcome the chemical incoherence between cellul...
Modification and derivatization of cellulose is typically either surface or diffusion limited, many ...
The conception of new processes for preparation, dyeing and printing of high quality textile product...
The global demand for textile fibers is increasing rapidly due to increasing population and increasi...