Although Kentucky needlepoint bipolar ionization is a relatively new technology, its working and efficiency are good enough to make it a contender to other air purifiers. Usually, you need to get expensive high-efficiency air purifiers to increase the indoor air quality, but this makes it possible to achieve that result even with low-efficiency filters.
Here are the 8 reasons why you should choose the Kentucky needlepoint bipolar ionization.
Targets Particles:
The working principle of Kentucky needlepoint bipolar ionization is relatively simple. It uses ions to attract pathogens from the air, which creates a snowball effect. This snowball effect creates big lumps of unwanted particles that can be easily captured even by a low-efficiency filter.
Improves Air Quality:
Kentucky needlepoint bipolar ionization helps to improve the air quality inside a building. This is achieved by using the already existing air handling system of the building, which saves time and money and makes breathing safe for the occupants.
Energy Efficient:
Kentucky needlepoint bipolar ionization plays a significant role in saving energy that the HVAC system would have consumed. The reason for that is that this technology helps improve the air quality of the system inside a building. The already existing indoor air is being purified and recirculated and still can be used. Due to this, the HVAC system no longer needs to take the outdoor air and process it for use. This makes the system experience fewer loads, so the energy consumption is decreased by at least 30%.
Eliminating Pathogens:
Various types of pathogens exist in our breathing air. They can be dangerous, more so for the people who have a weak immune system and compromised health. Pathogens, especially mold spores, can trigger asthma attacks in a patient with respiratory diseases. By using the Kentucky needlepoint bipolar ionization, most of these pathogens and mold spores can be killed in the air, making it safe to breathe for sick people.
Purifies The Air Faster:
The technology does not take long to complete its intended task. It quickly creates lumps of unwanted particles and pathogens, which are big enough to be captured by even a low-efficiency filter. The process is relatively fast and does not take much time.
When hearing about this technology, the first question that pops into the mind is: can Kentucky needlepoint bipolar ionization protect us from Covid-19? The answer is that yes, yes it does. Although detailed research is still being done, independent and preliminary testing has shown that this technology has a high kill rate of 99.9% of the pathogen, mold spores, Covid-19, and SARS particles.
Eliminates Odors:
Odors come from volatile organic compounds. The Kentucky needlepoint bipolar ionization actually breaks down all the unwanted chemicals and particles into essential harmless compounds. This reduces odor-causing VOCs substantially. As a result, the indoor air becomes fresh and does not contain any unpleasant smells.
As it reduces the energy consumption by 30%, the relevant energy costs are also reduced. This helps you to save them money on energy bills. Also, you don’t need to spend a lot of money every month or so on high-efficiency filters, so you save on that front too.
Conclusion:
A lot of research has already been done and is still being done to determine the best ways to increase air quality. Kentucky needlepoint bipolar ionization still has a long way to go, but the current results look promising. Although there is a danger of ozone gasses, especially in the older models, the newer models are getting much better. In conclusion, the cons are much less than the pros, so Kentucky needlepoint bipolar ionization will prove to be a wise investment for your business.
Address
7200 Distribution Dr, Louisville, KY 40258Phone: (502) 384-8500 Email: [email protected]
Opening Hours
Monday | 9:00 a.m. – 5:00 p.m. |
Tuesday | 9:00 a.m. – 5:00 p.m. |
Wednesday | 9:00 a.m. – 5:00 p.m. |
Thursday | 9:00 a.m. – 5:00 p.m. |
Friday | 9:00 a.m. – 5:00 p.m. |
Saturday | Closed |
Sunday | Closed |