Özet:

Activated carbon is a materials with high capacity to adsorp organic and inorganic substances in liquid and gaseous phases thanks to its high surface area and pores. In the defense industry, activated carbon is used as protective clothing, in the production of explosives in the weapon industry and in the production of bombs to silence electronic systems, in the distillation and purification of gases and liquids and health sectors. In this study, it was aimed to expand the usage areas of active carbon (AC) by determining different methods and parametres of active carbon doped fabric with having antimicrobial properties of silver nanoparticles (AgNP) reinforcement. AgNP’s formed colloidal in aqueous solution were obtained by chemical reduction of Silver Nitrate (AgNO3) with Sodium Borohydride (NaBH4). Structure and properties of synthesized AgNP’s were illuminated by UV-VIS spectrophotometer and Zeta Potential methods. Then, AC doped fabric with the obtained the AgNP’s were covered by using different methods such as ultrasonic bath, magnetic stirrer and soaking in solution and effective coating method was specified. Structure analysis of AgNP/AC composite and the amount of AgNP’s adsorbed to the surface were determined with Scanning Electron Microscope (SEM), and ICP-OES respectively. According to the obtained data, it was concluded that the AC fabric is covered with AgNP’s are the most approprite method by holding the AC fabric in the ultrasonic bath for 1 hour.

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