Synthesis and Efficacy of Silver Nanoparticles on Textile Material Dyed with Different Dyes

Abstract

Nano particles have a wide range of applications such as electronics, catalysis, chemistry energy and medicine and have thus gained commercial acceptance. Besides improving their functionality, the use of nano technology can result in the production of textiles with completely novel properties or the combination of various functions. Such multifunctional textiles include antistatic textiles, reinforced textiles, antibacterial, self-cleaning textiles, bleaching resistant, etc. and paves the way for the use of its products in other fields outside the traditional industries. Silver nano particles due to their strong and wide spectrum of antimicrobial activities have gained major focus among all nano particles. In order to protect against microbial contamination, silver has been incorporated into various forms of plastics such as catheters, dental material, medical devices, implants and burn dressings. These nano particles have also been used for durable finish on fabrics. This research focuses on the use of silver nanoparticles synthesized from Silver Nitrate by Insitu chemical reduction method and it is applied on different textile dyed material and study its efficacy.