Development and modification of the tragacanth solid lipid nanoparticles with natural polymer

Nanobiocomposite recycling is straightforward because nanofillers' physical properties do not modify throughout processing because of their considerable thermal stability. Additionally, the low nanofiller loading has no notable effect on the density of nanobiocomposite during an elevated appearance ratio, designate that nanobiocomposite has a very elevated prospective for use. Under mild situation, we present an easy technique for fabricating silver nanoparticles spontaneously in the presence of gum tragacanth polymer (a natural polymer) without the use of a conventional reducing agent. Silver nanoparticles were formulated by mixing equal quantities of tragacanth and silver nitrate aqueous solutions at 0.5 weight percent. UV–visible, Fourier transform infrared, X-ray diffraction and X-ray photoelectron spectroscopy were utilized to substantiate the production of silver nanoparticles. Gum tragacanth polymeric chains aid in the reduction process and serve as superior stabilisers throughout the course of six months. A transmission electron microscope was utilized to substantiate the nanoparticle production and stability. The use of organic solvents or reducing agents is not required in the formation of silver nanoparticles among this approach.