

Our agglomeration technology enlarges the particles, making them easier to capture.




"I recommend this to patients with respiratory and
blood problems". - Dr. Josh Helman



THE PROBLEM
Ultrafine particles, when inhaled, settle directly in the lungs and permeate the tissues, allowing them to be directly absorbed into the bloodstream.
THE SOLUTION
Ultrafine particles, when inhaled, settle directly in the lungs and permeate the tissues, allowing them to be directly absorbed into the bloodstream.
BENEFITS
- Cleaner air
- Extends the life of HVAC equipment
- Improves existing filter efficiency
- Closes the filter gap energy efficient
- Removes smells
- Removes molds from the air


How does it work
The agglomeration technology incorporates opposing piezoelectric transducers, designed to emit a sound wave well above the human hearing range. When two of these ultrasonic sound waves collide, they create areas of high and low pressure, forcing ultra-fine particles to clump together into larger particles. The larger particles are far less dangerous to human health and can more easily and efficiently be caught by filters.
By installing this technology in a conventional HVAC system, it will reduce fine and ultra-fine particles from the supply air, and as a result, can improve the performance of a filter, and increase the time between service intervals and filter replacements.
TECHNICAL DATA
Power
Input Voltage | 100-240V |
Input Frequency | 50/60Hz |
Input Current | 1.0A Max. |
Output Voltage | 15V |
Output Current | 1.6A |
Power Consumption | 24W Max. |
Dimensions - Frame (inside duct)
Length | 19 9/16" / 497 mm |
Width | 6 7/8" / 175 mm |
Height | 2 3/16" / 55 mm |
Dimensions - Cover Plate (outside duct)
Length | 8 1/16" / 205 mm |
Width | 8 1/16" / 205 mm |
Height | 1 3/16" / 30 mm |
Transducer
Signal Center Frequency | 40 +- 1.0kHz |
Waveform Type | Square Wave |
Sound Pressure Level | > 115dB Peak |
of Transducers / PCBA | 30 |
of PCBAs / Unit | 4 |
of Transducers / Unit | 120 |
Operating Temperatures | -4 ° F to 149 ° F |


About Us
The agglomeration technology incorporates opposing piezoelectric transducers, designed to emit a sound wave well above the human hearing range. When two of these ultrasonic sound waves collide, they create areas of high and low pressure, forcing ultra-fine particles to clump together into larger particles. The larger particles are far less dangerous to human health and can more easily and efficiently be caught by filters.


Our Mission
The agglomeration technology incorporates opposing piezoelectric transducers, designed to emit a sound wave well above the human hearing range. When two of these ultrasonic sound waves collide, they create areas of high and low pressure, forcing ultra-fine particles to clump together into larger particles. The larger particles are far less dangerous to human health and can more easily and efficiently be caught by filters.
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