Fe3O4@HA@Ag synthesis, structural investigation and usage in textile

Along with the development of technology and industrialization, the amount of life-threatening waste has also increased. The cancer cases, which are increasing every year, are proof of this. It has been noticed that the products synthesized to remove harmful wastes from the soil and the water may be used for different purposes except for this purpose. Fe3O4@HA@Ag is thought to be one of these. Due to their electrical, magnetic and optical properties, magnetic nanomaterials such as ferrite (Fe3O4) have attracted the attention of researchers in recent years and have found a very different field of application. Humic acid (HA) is the result of the degradation of animal and plant wastes in the environment and it is among the materials with heavy metal cleaning capacity, which emerges as industrial waste, which passes through the soil and water and threatens both the environment and human health. Silver (Ag) is a metal with many field applications with its electrical conductivity as well as antibacterial properties. Especially in the medical field, antibacterial wound dressings are used. In addition, it is predicted that the Fe3O4@HA@Ag nanocomposite structure can provide the material with electromagnetic shielding properties. Keywords: Fe3O4, humic Acid, Ag (Silver) , antibacteriality, nanofibre, electrospinning