1. ¿Qué es la ionización bipolar por puntas de aguja
Bipolar needlepoint ionization equipment, also known as "NPBI" (Needlepoint Bipolar Ionization), artificially generates both positive and negative ions without harmful byproducts.
2. What Does NPBI Do?
In short, NPBI technology deactivates pathogens, mold spores, and viruses, as well as replaces ultraviolet lights to clean biofilm-free coils.
3. What Happens When a Particle Passes Through an NPBI Device?
As air passes through our products, an electric discharge creates a cold plasma cloud with a high concentration of positive and negative ions that are carried by the airflow. As the ions travel through it, they adhere to particles, pathogens, and gases, aggregating fine particles like dust or pollen, which makes it easier for filters to remove them from the circuit. This process deactivates pathogens, reducing their infectivity and spreadability, and breaks down VOCs into harmless, simple particles.
4. How Does This Technology Neutralize Pathogens?
The ions render pathogens inactive by "stealing" vital hydrogen molecules from them. The ions break down volatile organic compounds that produce bad odors into harmless compounds like O2, CO2, N2, and H2O. The ions produced, as they travel with the airflow, are distributed throughout the occupied space, cleaning and purifying all areas reached by the airflow, including unseen spaces.
5. What is an Ion and How Long Does It Last in the Air?
An ion is a molecule or atom that has a positive or negative charge, which means it has electrons to give or needs electrons to discharge, making it stable.
Typically, small ions last about 60 seconds before they touch a surface or particle to discharge.
Text translated by Teksol Group Solutions
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