ViSTAT™ Air Filtration Demo
Explore the interactive simulation below to see how ViSTAT™-coated filters compare to standard MERV filters in real time.
Video Illustration
Watch how ViSTAT™ coating transforms standard filter media into a high-performance airborne particle capture system.
Multi-Pass Air Filtration Demo
Air recirculates through the HVAC system (grey block), where pathogens (red) are removed each time they pass through the filter, leaving clean air (blue). The panel turns green when the model reaches the theoretical limit of 100% filtration. The blue timer displays elapsed time, and each panel represents the performance of a different MERV filter.
HVAC Standard: 6 air exchanges per hour
Single Pass Length: 60 min / 6 air exchanges per hour = 10 min
Time Formula: Time to 100% filtration = passes × 10 minutes
Airborne Particles Red
Clean Air Particles Blue
Airflow (constant) 819 CFM
The Process
Coating Application
Our proprietary ablative polymer coating, ViSTAT™, is applied to standard filter media during manufacturing using industry-standard spray equipment.
Particle Contact
As contaminated air passes through the filter, aerosolized particles make contact with the ViSTAT coating.
Optimized Capture
The ablative polymer coating is engineered to enhance the structural integrity of conventional filter media, extending filter life and maintaining consistent airflow performance.
Clean Air Delivery
Filtered air is delivered downstream with no reduction in airflow, no increase in energy consumption, and no harmful byproducts.
Filter Performance Comparison
Airborne particle filtration efficiency, time to theoretical 100% filtration, and required air passes across MERV grades and ViSTAT™-coated equivalents.
| Filter Type | Airborne Particle Filtration Efficiency | Time to 100% (minutes) | Required Passes to 100% |
|---|---|---|---|
| MERV 15 | 85% | 80 | 8 |
| ViSTAT-Coated MERV 10 | 85% | 80 | 8 |
| ViSTAT-Coated MERV 7 | 61% | 150 | 15 |
| MERV 13 | 46% | 230 | 23 |
| MERV 10 | 29% | 410 | 41 |
| MERV 7 | 19% | 660 | 66 |