Energy Applications
Powering the Future with Nanofiber-Based Energy Materials
Nanofibers are playing a critical role in the development of next-generation energy storage and conversion systems. Their high surface area, tunable porosity, and conductivity make them ideal candidates for energy-related applications.
Electrospinning allows researchers to fabricate nanostructures that serve as battery separators, electrode materials, and fuel cell membranes with excellent ionic conductivity and mechanical integrity.
Key Applications:
- Battery Separators: Safe and thermally stable membranes for lithium-ion and solid-state batteries.
- Supercapacitors: High-performance electrodes with improved charge/discharge rates.
- Fuel Cells: Nanofiber mats for membrane electrode assemblies.
- Solar Cells:Light-weight and flexible substrates.
- Thermoelectric Materials: Enhanced heat-to-energy conversion capabilities.
Our systems are compatible with carbon-based precursors and ceramic solutions, allowing users to fabricate advanced energy components through electrospinning followed by post-treatment.
See our energy-focused electrospinning platforms