Electrospinning processes: properties, applications, sensor integration nanofiber and biomaterials

Nanofiber production technology has always been interesting as there are a variety of flexible ways to produce one-dimensional organic, inorganic, and constructed nanomaterials with controllable dimensions. Electrospinning is a simple and affordable method for the production of nanofibers, providing large specific surfaces and highly porous structures with diameters ranging from nanometers to micrometers. This process is based on electrostatic fields and precisely controls the dimensions and morphology of the fibers through parameter optimization and the use of special spinning and collectors. This paper covers Electrospinning processes and parameters in detail and illuminates the factors that influence Electrospinning. It deals with the morphological and structural aspects of Electrospinning fibers used in different applications. Additionally, this paper examines the various polymers and non-polymeric materials used in Electrospinning, and the properties and applications of nanofibers produced by the electrospinning method are investigated. Nanofibers have a variety of applications, including defense industries, tissue engineering, filtration, wearable biosensors, cosmetics, etc. Additionally, we will examine the inclusion of fillers in the Electrospinning to improve properties and functionality using the electrical field. This check ends with signs of knowledge in upper grade Electrospinning production.