Rapid surface treatment of polyamide 12 by microwave plasma jet
J Hnilica, L Potočňáková, M Stupavská, V Kudrle - Applied surface science, 2014 - Elsevier
J Hnilica, L Potočňáková, M Stupavská, V Kudrle
Applied surface science, 2014•ElsevierAbstract Polyamide 12 (PA 12) films were plasma treated using a microwave surface wave
jet at atmospheric pressure. The parameters were the treatment time and the gas
composition (argon or argon with admixtures). Moreover, the influence of power modulation
was studied. It was found that significant change in wettability is achieved very rapidly, after
only 25 ms of treatment. Plasma-induced surface changes are discussed using AFM, ATR-
FTIR and XPS results. It is concluded that the increase in wettability is caused by both …
jet at atmospheric pressure. The parameters were the treatment time and the gas
composition (argon or argon with admixtures). Moreover, the influence of power modulation
was studied. It was found that significant change in wettability is achieved very rapidly, after
only 25 ms of treatment. Plasma-induced surface changes are discussed using AFM, ATR-
FTIR and XPS results. It is concluded that the increase in wettability is caused by both …
Abstract
Polyamide 12 (PA 12) films were plasma treated using a microwave surface wave jet at atmospheric pressure. The parameters were the treatment time and the gas composition (argon or argon with admixtures). Moreover, the influence of power modulation was studied. It was found that significant change in wettability is achieved very rapidly, after only 25 ms of treatment. Plasma-induced surface changes are discussed using AFM, ATR-FTIR and XPS results. It is concluded that the increase in wettability is caused by both chemical and morphological changes.
Elsevier
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