Electrospun nanofibers: properties & applications.
Explore the properties, morphology and characterization of electrospun nanofibers — and how nanofiber technology opens new possibilities in research.
Why nanofibers behave differently
At the nanoscale, structure drives performance — giving electrospun fibers properties bulk materials cannot match.
High surface area
A very high surface-area-to-volume ratio increases interaction with particles, liquids and cells.
Tunable porosity
Small, interconnected pores support filtration, breathability and fluid transport.
Controllable diameter
Fiber diameter can be tuned through solution and process parameters.
Functionalization
Additives, blends and core–shell structures add chemical or biological functions.
Alignment control
Random or aligned fiber orientation tailors mechanical and transport behavior.
Lightweight
Thin, low-basis-weight layers deliver performance without bulk.
Structure you can design.
Smooth, beaded, porous, ribbon or core–shell — fiber morphology depends on polymer chemistry and spinning conditions, and determines how a material performs.
- Fiber diameter and distribution
- Bead-free vs. beaded structures
- Surface porosity and roughness
- Random vs. aligned orientation
How nanofibers are evaluated
Typical analyses used to verify structure and performance.
SEM imaging
Visualize morphology and measure fiber diameter distribution.
Contact angle
Assess wettability — hydrophilic or hydrophobic behavior.
Mechanical testing
Tensile strength and elongation of nanofiber mats.
FTIR / chemistry
Confirm composition and functional groups.
Electrospun nanofiber membranes
Membranes are one of the most impactful forms of electrospun nanofibers. Explore our membrane research and development capabilities.
- Material selection and screening
- Membrane property evaluation
- Application-driven R&D collaboration
Research areas for electrospun nanofibers
Filtration
Air & water membranes
Air Filtration
Particle capture, low pressure drop
Water Filtration
Permeability & separation
Biomedical
Life-science research
Drug Delivery
Loading & release behavior
Tissue Engineering
Scaffold structures
Wound Dressing
Moisture management
Battery Separators
Wettability & thermal stability
Have a nanofiber idea?
Talk to our team about materials, morphology targets and how to start your research.
Talk to our nanofiber team
Tell us about your material, application or research question — we will recommend the right next step.
- Equipment, rental or R&D collaboration
- Indonesian & English support
- Confidential discussions welcome