Log inDriven By Science
Our approach to creating product technology is to rely on scientific principles and methods with the goal of enhancing their functionality, reliability and effectiveness.
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We help maintaina healthy and safe environment.
Our equipment was tested using the University of Georgia spray deposition protocols. ByoPlanet’s AAIC technology proved much more reliable than competitors that use contact charging methods due to its ability to concentrate the charge at the tip while the spray is atomized. Wrap-around surface coverage of disinfectant onto hidden areas was improved by over six-fold with less disinfectant dispensed.
Our electrostatic spraying equipment provides a more efficient and effective method of disinfecting surfaces, protecting against the spread of illness-causing germs, while washing odors and particulates from the air.
The patented Air Atomizing Induction Charging (AAIC) technology in our electrostatic equipment concentrates the spray charge in disinfectant as it leaves the nozzle of the sprayer. These charged particles are attracted to surfaces leading to an even spread and adherence of disinfectant. Due to the charge of the disinfectant droplets, they can wrap around hard-to-reach objects, 360 degrees, even if they are only sprayed from one side, which increases efficiency and drastically reduces human error.
ByoPlanet electrostatic sprayers cover more space in less time using less chemistry.
For use in, but not limited to, the following industries:
Cover as much as 18,000 sq ft per hour.
6x more surface coverage than traditional and contact charge sprayers.
Disinfect from a distance of 2-4 feet from surfaces covering more space in less time.
Less labor intensive disinfecting process compared to spray and wipe methods.
Save on chemistry by using over 70% less disinfectant solution than pump sprayers.
Save time it takes to disinfect by 75% over traditional spray and wipe disinfecting methods.
Use safer chemicals due to the increased effectiveness of ByoPlanet® sprayers.
Reduce chemical usage due to targeted electrostatic approach.
