Vigilancia tecnológica de no tejidos a base de nylon-6 producidos por electrospinning para uso en entornos hospitalarios

M. L.  Mejía; J.  Zapata; D. P  Cuesta; I.C.  Ortiz; L.E.  Botero; B. J.  Galeano; N. J  Escobar; L. M.  Hoyos

doi:10.24054/rcta.v1i29.185

Authors

M. L. Mejía Universidad Pontificia Bolivariana
J. Zapata Universidad Pontificia Bolivariana
D. P Cuesta Universidad Pontificia Bolivariana
I.C. Ortiz Universidad Pontificia Bolivariana
L.E. Botero Universidad Pontificia Bolivariana
B. J. Galeano Universidad Pontificia Bolivariana
N. J Escobar Universidad Pontificia Bolivariana
L. M. Hoyos Universidad Pontificia Bolivariana

DOI:

https://doi.org/10.24054/rcta.v1i29.185

Keywords:

Nylon-6, no tejido, nanofibra, nanotextil, lectrospinning, entornos hospitalarios

Abstract

En esta investigación, se considera la vigilancia tecnológica de las nanofibras no tejidas a base de Nylon-6 producidas por electrospinning, diferentes parámetros sobre el proceso de electrospun (concentración, voltaje, distancia de punta a colector de aguja y caudal), fueron analizados para su aplicación en entornos hospitalarios. Se encontró que el Nylon 6 presenta buenas propiedades mecánicas, biocompatibilidad y eficiencia como filtros de agua que permite su uso en un proceso de electrospinning para desarrollar nanofibras no tejidas con porosidad, gran área superficial por unidad de masa y alta permeabilidad, lo que lo hace un material opcional para entornos hospitalarios. La variación de los parámetros de electrospinning favorece la conformación de nanofibras no tejidas, reduce las gotas y proporciona diámetros de nanofibras más pequeños.

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