Plasma chemical modification of the electrospinning textile support for improved adhesion of electrospun mats

Plasma chemical modification of the electrospinning textile support for improved adhesion of electrospun mats

Ověřená technologie

Improved adhesion of electrospun polymer mats on electrospinning textile support has been verified for plasma chemical modification of the polypropylene spunbond fabric. The plasma species bring extra energy and reactive radicals to the materials in contact with plasma and the inert surfaces of synthetic polymers such as polypropylene are activated to attach more strongly the electrospun polymer nanofibers. The modification of the spunbond surface chemistry was confirmed by X-ray photoelectron spectroscopy and further characterization methods. Both, the low pressure and atmospheric pressure plasma chemical modifications had a positive effect on the adhesion but the technology based on atmospheric pressure plasma discharge offers better scalability and lower initial investment costs.

Improved adhesion of electrospun polymer mats on electrospinning textile support has been verified for plasma chemical modification of the polypropylene spunbond fabric. The plasma species bring extra energy and reactive radicals to the materials in contact with plasma and the inert surfaces of synthetic polymers such as polypropylene are activated to attach more strongly the electrospun polymer nanofibers. The modification of the spunbond surface chemistry was confirmed by X-ray photoelectron spectroscopy and further characterization methods. Both, the low pressure and atmospheric pressure plasma chemical modifications had a positive effect on the adhesion but the technology based on atmospheric pressure plasma discharge offers better scalability and lower initial investment costs.

electrospun nanofibers; spunbond modification; plasma polymerization, plasma treatment, nanofibrous mat adhesion

electrospun nanofibers; spunbond modification; plasma polymerization, plasma treatment, nanofibrous mat adhesion

Dokumentace je uložena na Vysokém učení technickém v Brně, Kolejní 4, kancelář E112

Výsledek je využíván vlastníkem