Multicomponent Fibers From Microfluidic Spinning

Multicomponent fibers have emerged as a versatile platform for advanced materials, offering unique properties and functionalities adapted for various applications. This chapter explores the production of multicomponent fibers through microfluidic spinning, an advanced technique that allows precise control over the morphology of fiber, composition and architecture. By taking advantage of the principles of microfluidic, this approach allows the perfect integration of multiple materials in a single fiber, facilitating the creation of complex structures such as Core-Shell, Janus and helical configurations. The chapter deepens the fundamental mechanisms of microfluidic spinning, highlighting its advantages in terms of scalability, tuning and compatibility with a wide range of materials, including polymers, compounds and biomaterials. In addition, possible multicomponent fiber applications are discussed in areas such as tissue engineering, drug administration, intelligent textiles and energy storage. By providing a complete description of state perspectives and late generation, this chapter aims to inspire more innovation in the design and use of multicomponent fibers for next -generation technologies.