nFLUX™
Microfiltration + Microventing Membranes
Patented nanofiber membranes for microfiltration and microventing: TPU, PVDF, PES, PAN, P84. Hydrophobic or hydrophilic. 0.1 to 1.0 µm pore size.
- 01Feed
- 02Nanofiber membrane
- 03Support layer
- 04Permeate
Liquid filtration cross-section
How nFLUX is built.
Scroll through the stack. Each layer activates the cross-section on the right, showing exactly where nFLUX does its work between inlet and outlet.
Feed
Process fluid contacts the membrane face, with wetting tuned hydrophobic or hydrophilic to the duty.
hydrophobic / hydrophilic
Nanofiber membrane
The pore-controlled nanofiber membrane sets the separation, engineered from TPU, PVDF, PES, PAN, or P84.
0.1 – 1.0 µm pore size
Support layer
A support layer carries the membrane and maintains the open structure behind it.
flux geometry
Permeate
Filtrate passes through at roughly twice the flux of traditional cast films at equivalent pore size.
2× flux
Active: Feed
Active: Feed
What nFLUX brings to the spec.
0.1 – 1.0 µm
TPU · PVDF · PES · PAN · P84
Hydrophobic or hydrophilic
2× vs traditional cast films
Microfiltration + microventing membrane
What ships
2× flux performance
Consistent at equivalent pore size vs phase-inversion + cast films.
Fluorine-free
Clean chemistry that passes evolving global regulation.
Multi-polymer
Spec the right polymer for the chemistry and the duty.
Values describe the nFLUX platform envelope. Application-specific targets are confirmed during sample evaluation and engineering review.
nFLUX in the field.
The applications where partners build nFLUX into a finished product. Each one starts with a duty cycle and a sample.
Microfiltration
Double the flux of traditional cast films, fluorine-free.
Application page
Automotive Air Intake
Up to 99.99% intake filtration: protect engines, extend service intervals.
Application page
Medical + Cosmetic
Medical-grade nanofibers for filtration, healing, and active delivery.
Application pagePlatform
note
nFLUXis a nanofiber media platform, the engineered layer inside a partner's finished product.
Platform capabilities describe NXTNANO media properties. Final performance depends on the finished product design, test standard, installation, and operating environment. NXTNANO works with OEMs and development partners to evaluate media fit through application-specific sample testing.
NXTNANO supplies the material · finished product design and validation are the partner's
Spec nFLUX into your platform.
Tell us the duty cycle, the target construction, and the timing. We'll ship samples and connect you with engineering.
(918) 923-4824 · sales@nxtnano.com