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Novel materials

Material science stands as a pivotal field in today’s technological landscape, with electrospun materials at the forefront of innovative research. This branch of science is committed to the development of groundbreaking materials that either enhance the capabilities of existing ones or introduce novel properties, thereby broadening the spectrum of applications and possibilities. This endeavor is a primary focus for a multitude of laboratories and corporations globally.

Electrospinning technology, in particular, is notable for its ability to create hybrid structures. These structures are composed of electrospun nanofiber materials that may combine two or three different polymers or even inorganic substances, resulting in a mesh where the distinct fibers are interwoven. This intricate configuration yields a type of composite where the disparate materials contribute various attributes to the overall electrospun hybrid structure, such as strength, conductivity, flexibility, thermal resistance or hydrophobicity, amongst others…

Furthermore, the versatility of electrospinning materials extends to the production of layered electrospun materials. These are constructed in a stratified manner, similar to a sandwich structure, where each layer is distinct and not intermingled. This approach enables to add different functionalities integrated into the electrospun nanofiber materials themselves, meaning a multi-layer structure with different materials, properties and purposes.

The array of materials and bioactives that can be processed through electrospinning is vast and includes cutting-edge materials like graphene and graphene oxide. This diversity underscores the significance of electrospinning advanced materials and the electrospinning technique itself in the realm of novel material development.

The unique properties and adaptability of electrospinning advanced materials confer substantial benefits in the creation of new materials. The electrospinning process enables the production of a diverse range of materials, encompassing polymers, composites, and ceramics, with precise control over fiber diameter, porosity, and morphology. These electrospinning materials are customizable for specific uses, making them suitable for a variety of sectors including medicine, energy, sensor technology, filtration, technical textiles and electronics.

The applications and material processing capabilities afforded by electrospinning are wide-ranging and innovative. From the fabrication of drug delivery systems to the development of high-performance filtration devices, the potential uses of electrospun nanofiber materials are continually evolving. This expansion in the application of electrospun materials is a driving force behind the progress in material science, highlighting the transformative impact of electrospinning technology in the development of novel advanced materials.


Introduction Ceramic materials are widely known for their high temperature resistance, chemical stability, and high [...]