nHIBIT
HVAC + HEPA Hybrid Fiber Media
nHIBIT spans MERV 11 through HEPA H14 with a flatter MPPS curve, fluorine-free chemistry, and 70% lower carbon footprint vs electrostatic media.
- 01Air in
- 02Hybrid nanofiber
- 03Carrier substrate
- 04Clean face
Air filtration cross-section
How nHIBIT is built.
Scroll through the stack. Each layer activates the cross-section on the right, showing exactly where nHIBIT does its work between inlet and outlet.
Air in
Contaminated air enters the pleat face carrying its particulate load.
particulate load
Hybrid nanofiber
The HYPR-Spun hybrid fiber layer captures sub-micron particulate mechanically. There is no electrostatic charge to dissipate over time.
mechanical capture
Carrier substrate
A nonwoven carrier gives the media its pleatable structure, with direct fiber-to-substrate adhesion from the spinning process.
direct adhesion
Clean face
Filtered air exits the downstream face at rated efficiency.
MERV 11 → HEPA H14
Active: Air in
Active: Air in
What nHIBIT brings to the spec.
MERV 11 → HEPA H14
Mechanical (flatter MPPS curve)
Fluorine-free
70% lower vs electrostatic media
Hybrid fiber media
What ships
MERV 11 → H14
One brand, one platform, spanning IAQ to true HEPA.
Flatter MPPS curve
Mechanical efficiency that survives charge dissipation and humidity.
Fluorine-free
Built without PFOS, PFAS, or fluorinated polymers.
Values describe the nHIBIT platform envelope. Application-specific targets are confirmed during sample evaluation and engineering review.
nHIBIT in the field.
The applications where partners build nHIBIT into a finished product. Each one starts with a duty cycle and a sample.
HVAC Air Filtration
Cleaner indoor air with consistent efficiency and lower energy cost.
Application page
HEPA Filtration
True HEPA performance with a flatter MPPS curve, no forever chemistry.
Application page
Power Generation
Gas turbine inlet filtration tuned for coastal, desert, arctic, and inland duty.
Application pagePlatform
note
nHIBITis 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 nHIBIT 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