Nanofiber filtration media,
built to your spec.
NXTNANO engineers and manufactures custom nanofiber media and membranes with higher capture, lower pressure drop, and no PFAS. Produced at commercial scale for filtration, HVAC, data-center, apparel, and medical OEMs.
Have a question? (918) 923-4824 · Mon–Fri, 9–5 CT
- 50 nm – 1 µm+Fiber diameter
- 2.14 mRoll width
- 0Production lines
- PFAS-freeAcross the line
From polymer to performance membrane.
HYPR Spinning™ is the proprietary platform behind every NXTNANO material. Wide-format, multi-polymer, and consistent enough to ship by the truckload.
- Wide-format fine-fiber laydown at 2.14 m
- Simultaneous multi-polymer spinning
- Direct fiber-to-substrate adhesion, no secondary lamination
- Tunable from surface coatings to full membranes
TOPAS
Media- 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
From your challenge
to engineered media.
Pick the duty cycle. We map it to the material platform, the polymer chemistry, and the HYPR Spinning™ output your platform actually needs.
Data Center
Challenge
Hold sub-micron capture across service life without choking airflow or fan energy.
Material platform
HYPR capability
Mechanical, fluorine-free media engineered for OEM finished-filter integration.
Bio + Life Sciences
Challenge
Explore biocompatible scaffolds, delivery substrates, and barrier media.
Material platform
HYPR capability
Multi-polymer chemistry (protein, collagen, PEO, PLA) at exploratory weights from 0.1 GSM.
HEPA + HVAC
Challenge
MERV 13A and HEPA targets without electrostatic decay or PFAS chemistry.
Material platform
HYPR capability
Hybrid fiber media that holds rated efficiency mechanically.
Microfiltration
Challenge
Higher flux at equivalent pore size, fluorine-free, multi-chemistry.
Material platform
HYPR capability
Nanofiber membranes with 2× flux performance versus cast-film alternatives.
Performance Apparel
Challenge
Waterproof, breathable, PFAS-free membrane chemistry for OEM laminators.
Material platform
HYPR capability
TPU nanofiber with instant venting and high MVTR, a clean replacement for legacy laminates.
Power Generation
Challenge
Gas turbine inlet duty across coastal, desert, arctic, and inland environments.
Material platform
HYPR capability
Gradient-density nanofiber media with extended service life over standard nanofiber.
The media platform behind mission-critical air.
Data centers don't buy filters. They buy uptime. NXTNANO partners with filtration OEMs to engineer nanofiber media tuned to the airflow, particulate, and energy realities of hyperscale environments.
- Mechanical efficiency that holds over service life
- Wide-format, slim-profile media for high-airflow systems
- Multi-polymer chemistry tuned to local environment
- Engineered for partnership with finished-filter OEMs
Platform capabilities describe NXTNANO media properties. Finished filter performance depends on final filter design, test standard, and operating environment.
Material exploration for the next generation of biomedical platforms.
Tunable porosity. Biocompatible polymer families. Production weights as low as 0.1 GSM. HYPR Spinning™ gives biomedical and life-science teams a flexible material platform to explore filtration, scaffold, and delivery applications.
- Polymer library: protein, collagen, PEO, PLA
- Tunable fiber diameter + porosity
- Production weights as low as 0.1 GSM
- Designed for partnership with biomedical OEMs
One process. Seven engineered platforms.
Every platform spun on the same HYPR Spinning™ line. Each engineered for a specific duty cycle, polymer chemistry, and integration model.
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.
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.
Clean chemistry, 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 material is built without fluorinated polymers, PTFE, or forever chemicals.
Biobased options
nATUR™ pairs biodegradable nanofiber with a biodegradable nonwoven substrate.
Made in America
Six HYPR Spinning™ lines in Claremore, Oklahoma, with short supply chains and U.S. labor.
Mechanical, not electrostatic
Efficiency that holds through service life, reducing fan energy and replacement cycles.
Tell us what you're building.
We'll engineer the material.
We work directly with engineering teams to spec, sample, and integrate nanofiber media into your platform. Sample requests, technical consults, and OEM partnerships start here.
(918) 923-4824 · sales@nxtnano.com