A Scientific Study Reviews the Preparation of PVDF Nanofibers and Their Promising Applications
The International University for Science and Technology published a reference study titled “PVDF Nanofibers: A Brief Review of Electrospinning Preparation Principles, Surface Structure, and Potential Applications” in The Journal of The Textile Institute, published by Taylor & Francis, in the Spring Q2 issue.
Polyvinylidene fluoride (PVDF) is a promising piezoelectric material due to its properties, high elasticity, thermal stability, light weight, and chemical resistance. Electrospinning technology is widely used to produce PVDF nanofibers, which have garnered increasing research interest due to their high specific surface area and excellent piezoelectric and mechanical properties, making them suitable for many advanced applications. This study examined the chemical composition of PVDF and highlighted recent research on the impact of electrospinning parameters, such as solution parameters, ambient environmental parameters, and processing parameters, on the production of electrospinned PVDF nanofibers. It also explored the principles of preparing these fibers using electrospinning technology and investigated the effect of electrospinning parameters on their surface structure and morphology.
The study reviewed the most promising applications of PVDF nanofibers in various fields, including energy harvesting, filtration, environmental sensing and monitoring, oil cleaning using nanofibers, physiological health monitoring, and other advanced applications.
The study also included a review of recent developments related to the surface morphology of electrospinned PVDF nanofibers, their various properties, and their future applications, emphasizing the importance of this material in keeping pace with rapid technological advancements. This study is important because it provides a scientific reference and valuable guidance for researchers on the preparation of electrically spun PVDF nanofibers, understanding their surface morphology, and exploring their diverse applications in modern scientific and technological fields.