Gas turbines run on clean air.
nTEX, nHIBIT, and nMAX gradient-density media deliver up to 99.99% efficiency and up to 70% longer service life than standard nanofiber alternatives.
What you get when you spec us in.
Built for harsh duty
Coastal salt, desert silica, arctic ice fog — gradient density that performs across all of it.
70% longer service life
Versus standard nanofiber media — fewer outages, lower TCO.
Higher availability
Capture finer particulates without choking inlet pressure drop.
Power Gen part numbers
| Part # | Description | Rating | Air Permeability (CFM) |
|---|---|---|---|
| NC005 | Nanofiber-treated cellulose/poly, corrugated | MERV 15 | 25 |
| NC105 | Nanofiber-treated cellulose/poly, corrugated | MERV 16 | 20 |
| NP003 | Nanofiber-treated polyester spunbond | MERV 15 | 25 |
| NP033 | Nanofiber-treated wetlaid polyester | MERV 15 | 25 |
| NP052 | Hydrophobic HEPA composite (3-layer) | E12 | 13 |
Where it ships.
Coastal + inland
Salt aerosol, humidity, and brackish particulates without efficiency loss.
Desert + arctic
Silica dust and ice fog — gradient density holds load and recovers airflow.
Industrial cogen
Combined-cycle plants where downtime costs dwarf media cost.
Extended turbine longevity, longer service intervals, and decreased downtime in the harshest inlet environments.
The brands behind this platform.
Nanofiber-Treated Filter Media
Workhorse filter media for industrial, automotive, and power-gen duty.
HVAC + HEPA Hybrid Fiber Media
Mechanical HVAC and HEPA filtration that holds its rating.
Gradient Density Nanofiber Media
Up to 70% longer service life in harsh gas-turbine duty.
Spec power gen the right way.
Tell us the duty cycle, target standard, and platform. We'll send specs, samples, and a real engineer.