Comparative study between chemical and atmospheric pressure plasma jet cleaning on glass substrate
Rizan Rizon Elfa, Mohd Khairul Ahmad, Soon Chin Fhong, Mohd Zainizan Sahdan, Nafarizal Nayan
Abstract
Rizan Rizon Elfa, Mohd Khairul Ahmad, Soon Chin Fhong, Mohd Zainizan Sahdan, Nafarizal Nayan
Abstract
The atmospheric pressure plasma jet with low frequency and argon as working gas is presented in this paper to demonstrate its application for glass substrate clean and modification. The glass substrate clean by atmospheric pressure plasma jet is an efficient method to replace other substrate clean method. A comparative analysis is done in this paper between substrate cleaned by chemical and plasma treatment methods. Water contact angle reading is taken for a different method of substrate clean and period of treatment. Under the plasma treatment, the sample shows low surface adhesion due to having the surface property of super hydrophilic surface 7.26°. This comparative analysis is necessary in the industrial application for cost production due to sufficient time and method of substrate clean.
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The atmospheric pressure plasma jet with low frequency and argon as working gas is presented in this paper to demonstrate its application for glass substrate clean and modification. The glass substrate clean by atmospheric pressure plasma jet is an efficient method to replace other substrate clean method. A comparative analysis is done in this paper between substrate cleaned by chemical and plasma treatment methods. Water contact angle reading is taken for a different method of substrate clean and period of treatment. Under the plasma treatment, the sample shows low surface adhesion due to having the surface property of super hydrophilic surface 7.26°. This comparative analysis is necessary in the industrial application for cost production due to sufficient time and method of substrate clean.
Key concepts: Substrate (aquarium), Atmospheric-pressure plasma, Plasma cleaning, Materials science, Plasma, Jet (fluid), Atmospheric pressure, Argon