Electrospinning for developing flame retardant polymer materials: Current status and future perspectives

Polymer processing techniques have experienced continued progress over decades to meet performance requirements in diverse applications. In the same period, various high-performance polymeric materials been developed rapidly. Fabrication of polymer fibers has center attention from origin synthetic polymers, with applications ranging textiles biomedical materials. Electrospinning is a well-known process for developing continuous diameters tens microns hundreds nanometers. It benefits special privilege in-situ modification/functionalization polymers and nanoscale Flame retardancy an important characteristic Both material fabrication aspects be taken into account when designing flame retardant materials, but latter rarely dealt by researchers. This review attempts categorize state-of-the-art features flame-retardant using electrospinning. Electrospun natural used were reviewed their mechanical properties, advantages challenging discussed.