Nanofiber innovation,
at commercial scale.
NXTNANO engineers high-performance nanofiber media and membranes for the world's most demanding filtration, apparel, and medical applications — produced on six HYPR Spinning™ lines in Claremore, Oklahoma.
Filtration efficiency on nTEX air intake media
MVTR vs traditional membranes (xPEL™ apparel)
Lower carbon footprint vs electrostatic HVAC media
PFAS, PTFE, or fluorinated chemistry — anywhere
A new way to make nanofiber — at the scale industry actually needs.
Lab-scale electrospinning has been around for decades. HYPR Spinning™ is the process we built to make it commercial — wide-format, multi-polymer, and consistent enough to ship by the truckload.
- Wide-format, fine-fiber laydown at 2.14 m working width
- Simultaneous multi-polymer spinning — unprecedented chemistry flexibility
- Strong fiber-to-substrate adhesion without secondary lamination
- Tunable from very light surface coatings to full membranes
Platform spec sheet
- Fiber diameter
- 50 nm – 1 µm+
- Basis weight
- 0.1 – 15 GSM
- Pore size
- 0.1 µm – 1 µm+
- Working width
- 2.14 m
- Production lines
- 6 active
- Polymers
- TPU · PVDF · PAN · PES · PLA · P84
Where nanofiber pays for itself.
Nine engineered platforms across air, liquid, apparel, and medical — each tuned to the duty cycle, regulations, and economics of its market.
HVAC Air Filtration
Cleaner indoor air with consistent efficiency and lower energy cost.
HEPA Filtration
True HEPA performance with a flatter MPPS curve — no forever chemistry.
Automotive Air Intake
Up to 99.99% intake filtration — protect engines, extend service intervals.
Power Generation
Gas turbine inlet filtration tuned for coastal, desert, arctic, and inland duty.
Industrial Dust Collection
Filter media for metalworking, fiber laser, and abusive dust-collection duty.
Microfiltration
Double the flux of traditional cast films — fluorine-free.
Performance Apparel
Instant venting, high MVTR, and PFAS-free by design.
Medical + Cosmetic
Medical-grade nanofibers for filtration, healing, and active delivery.
Efficiency Scrims
Hit ISO 16890 / ASHRAE 52.2 — without redesigning your filter.
One platform. Seven brands. Every duty cycle.
HVAC + HEPA Hybrid Fiber Media
Mechanical HVAC and HEPA filtration that holds its rating.
Nanofiber-Treated Filter Media
Workhorse filter media for industrial, automotive, and power-gen duty.
Microfiltration + Microventing Membranes
Double the flux of traditional cast films, with no fluorine.
PFAS-Free Nanofiber Apparel Membrane
Instant venting, 2–5× MVTR, and zero PFAS.
Gradient Density Nanofiber Media
Up to 70% longer service life in harsh gas-turbine duty.
Biodegradable Nanofiber HVAC Media
Patent-pending biodegradable media — no plastics, no metal screens.
Polymer Technology Inside nTEX
Stays flexible. Releases cake. Outperforms nylon.
Clean chemistry that ships at scale.
Sustainability isn't a marketing layer over the same old chemistry. NXTNANO engineered it into the polymer, the process, and the supply chain.
PFAS-free chemistry
Every NXTNANO product is built without fluorinated polymers, PTFE, or forever chemicals — a clean replacement for legacy membranes facing global regulation.
Biobased + biodegradable
Our nATUR™ HVAC media uses biodegradable polymer in both the nanofiber and upstream nonwoven, addressing the 4.2 billion sq ft of filter plastic going to U.S. landfills each year.
Made in America
Manufactured at commercial scale in Claremore, Oklahoma — short supply chains, transparent operations, U.S. labor.
Lower lifetime carbon
Mechanical efficiency means lower fan energy and longer service intervals. nHIBIT replaces electrostatic media with 70% less carbon footprint.
Got a challenge in mind?
Let's build something extraordinary.
We work directly with engineering teams to spec, sample, and integrate nanofiber media into your platform. Tell us the duty cycle — we'll bring the chemistry.
(918) 923-4824 · sales@nxtnano.com