In this chapter, concepts and techniques to develop successful applications of
nanotechnology in functional textile coatings and structures are discussed. The challenges …

Nanotechnologies have opened an array of new opportunities for textile coatings and
finishes. They can be used to improve the textile performance or give it completely new …

The most significant reasons for functionalizing textiles are the enhancement of current
qualities and the development of new material properties. Polymer nanocomposites provide …

This chapter presents a general overview of recent advances in developing smart textiles
through application of nanostructured materials. It focuses on different synthesis approaches …

Nanotechnology-based textile coating is a combined approach to textile engineering which
mainly relies on using nanoscale materials and novel methods to produce smart finishing …

The use of nanomaterials-and nanotechnology-based processes is growing at a
tremendous rate in all fields of science and technology. Textile industry is also experiencing …

This chapter summarizes the recent application of nanotechnology in smart textiles. Two
major technical applications, using nanosize fibre/fillers and employing specific nanocoating …

Publisher Summary Nanotechnology is defined as the utilization of structures with at least
one nano dimension for the construction of materials, devices or systems with novel or …

Nanotechnology is revolutionizing the global community by introducing day-by-day
sustainable products. The proper inclusion of nanoparticles in the polymeric material can …

Nanotechnology has rejuvenated material science and led to the evolution of a new material
having multifunctionalities which change the face of the textile industry. The nanomaterials …