Electrospinning Materials Processing and Applications By changing process parameters such as field strength, polymer concentration, and / or solvent regimen, ,, ]. Various strategies have been reported for combining two polymers with several different physical properties such as shrinkage differences and conductivity, and for achieving small helical structures in a single polymer system. Various forms of fiber, including bobbins, can also be obtained by electrospinning. Spontaneous polarization-induced ZnO helical nanostructures have been obtained. For example, the spiral structure of manganese oxide was produced from the shrinkage of a colloidal solution gel when the solvent was evaporated in the capillaries, Kong et al. Techniques used to produce such nanoscale helical structures include sol-gel, selective etching, and self-assembly, , ]. Of particular interest are micro / nano wound structures with unique morphology and interesting properties (electrical, magnetic, optical, etc.), as well as high expandability and mechanical stability. These aspects have influenced material scientists and engineers in the design of highly functional materials. Natural materials are characterized by a complex hierarchical structure in which structure and function are closely related. This method eliminates the solvent in the final product. Electrospinning of the melt precursor is also performed. This makes this process particularly suitable for the production of fibers with large and complex particles. This process does not require the use of solidification chemistry or high temperatures to produce solid strands from the solution. Electrospinning shares the advantages of both electrospray and solution dry spinning of traditional fibers. Electrospun MeaningĮlectropun, uses electric charges to pull very fine fibers out of a liquid. Used in the field of filtration / membrane and nanocoating These nanofibers are characteristic, physical,Ĭhemical, thermal, and characterization performed

In our study, different methods of electrical pins were used. This nanofiber / nanomesh material has excellent properties and multiple functionsįiltration, functional textiles, energy, sensors, catalysts, bioengineering systems. Physical properties emerge and their surfaces are modified by physical / chemical means to become multifunctional. Thanks to nanoscale, the size of these cavities is different These nanofibers / nanonetworks have very high surface area and nano Nanofiber / nanolattice structures produced by electrospinning technology are rare. Nanoweb (nanoweb) materials are obtained from fibers with a diameter of 1 nanometer. Polymer mixtures, sol-gels, ceramics, inorganic materials and compounds Many different polymers with electrostatic stabilization technology, Solution electrospinning With this technology, at nanometers (10 nm to 500 nm) It’s an easy and cheap technology to apply. Electrospinning MachineĮlectricity generation method (electropin) to obtain nanofiber / nanonetwork (nanofiber / nanonetwork)

Insulation material to prevent electric leakage Electrospinning SetupĪ small pump can provide an accurate flow rate (0.1-100ml / hr) Electrospinning devices are devices designed to generate microfiber networks from polymer solutions at high electric fields generated by high voltage by electrosynthesis.

Core shell nozzle