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Megatex Spa
Acronimo
Non Disponibile
Partita Iva
02416860753
Codice ATECO
Non Disponibile
Non Disponibile
Data di costituzione
Non Disponibile
Descrizione sintetica dell'oggetto sociale
Non Disponibile
Il progetto si propone di sviluppare le conoscenze utili a ottenere trattamenti superficiali a base argento su fibre di varia natura fino alla realizzazione di significative quantità di fibra trattata. E’ noto infatti che l’argento è uno dei principale agenti antibatterici conosciuti. La deposizione di argento sulla superficie delle fibre rispetto ad altre soluzioni permette di rilasciare in ambiente umido ioni argento direttamente dalla superficie in assenza di alcuna barriera diffusiva. Il progetto si propone di sperimentare un sistema di fotostabilizzazione di argento metallico sulla superficie di filati sia naturali (cotone, lana o altri) sia sintetici. Si prevede pertanto di procedere ad una attività di laboratorio in piccola scala procedendo a verifiche di attività anti-batterica ed analisi morfologiche e strutturali. La stabilità dei trattamenti verrà testata su diverse fibre (anche colorate) e a seguito di protocolli di lavaggio industriale. Successivamente è previsto uno scale –up fino ad un impianto di media scala progettato e costruito ad hoc allo scopo di giungere ad una fattibilità.
Production of natural or synthetic yarns with heat transmission barrier property, obtained by deposition of non-hypercritical synthesized aerogel. Characterized by high porosity, the aerogel confers to the yarn thermal insulation properties. This enables the production of fabrics which can be utilized, as an example, under hot and cold extreme conditions. The invention is characterized by a new technique of aerogel non-hypercritical synthesis and by a process of aerogel deposition by impregnation and then yarn exposition to the UV-rays.
Production of yarns able to absorb the sweat, by introduction of super absorbent material (hydrogel) inside the yarn itself, and eventually to release perfume, previously absorbed inside the hydrogel. The super absorbent hydrogel are reticulated polymers, able to absorb up to 2 litre of water per gram of dry material. Production of yarns able to absorb the sweat, by introduction of super absorbent material (hydrogel) inside the yarn itself, and eventually to release perfume, previously absorbed inside the hydrogel. Hydrogel sweat absorption increases the comfort, since the sportsman hangover sensation is often due to the sweat direct contact with the skin. Once washed and dried, the fabric realized with such a yarn is ready for reuse, because the hydrogel absorption characteristics are fully reversible and remain even after the washing. Moreover the hydrogel is able to absorb the perfume of the washing soap and, thanks to its nature, to keep it for a long time and to release it slowly.
Production of natural or synthetic yarns with heat transmission barrier property, obtained by deposition of non-hypercritical synthesized aerogel. Characterized by high porosity, the aerogel confers to the yarn thermal insulation properties. This enables the production of fabrics which can be utilized, as an example, under hot and cold extreme conditions. The invention is characterized by a new technique of aerogel non-hypercritical synthesis and by a process of aerogel deposition by impregnation and then yarn exposition to the UV-rays.
Production of yarns able to absorb the sweat, by introduction of super absorbent material (hydrogel) inside the yarn itself, and eventually to release perfume, previously absorbed inside the hydrogel. The super absorbent hydrogel are reticulated polymers, able to absorb up to 2 litre of water per gram of dry material. Production of yarns able to absorb the sweat, by introduction of super absorbent material (hydrogel) inside the yarn itself, and eventually to release perfume, previously absorbed inside the hydrogel. Hydrogel sweat absorption increases the comfort, since the sportsman hangover sensation is often due to the sweat direct contact with the skin. Once washed and dried, the fabric realized with such a yarn is ready for reuse, because the hydrogel absorption characteristics are fully reversible and remain even after the washing. Moreover the hydrogel is able to absorb the perfume of the washing soap and, thanks to its nature, to keep it for a long time and to release it slowly.
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