Needlepoint Bipolar Ionization: Has your facility fallen victim to covid-19 yet? Have you had a case of covid-19 in a facility? If not yet, better safe than sorry. Coronavirus is a novel disease with no known cure but Vaccines only. The virus has brought about fear among people because of its side effects. However, the World Health Organization has recommended specific measures that each facility should take to 
ensure the safety of its workers and customers.
As a facility owner, it is advisable to consider the recommendations given to ensure that your facility’s running continues. Needlepoint bipolar ionization is a technology that promises to fight against Coronavirus and other disease-causing pathogens, leaving your indoor air super clean. This technology works by using double irons introduced in the year, which then combine with the smaller particles of Coronavirus, which would have been otherwise difficult to eliminate.
Coronavirus is protected by a protein capsid that contains hydrogen ions that are positively charged. Therefore, by introducing the two ions from needlepoint bipolar ionization technology, the virus loses electrons, making it lose the protein capsid that protects it. Without protection, the virus cannot inhibit a new host. Below are three reasons why you should consider little point bipolar ionization in a facility;
3 Reasons Why to Use Needlepoint Bipolar Ionization
a). There is no risk of ozone
The ions introduced by needlepoint bipolar ionization do not produce ozone or other harmful by-products. Naturally, we have fresh air outdoors because ions are produced from sunlight waterfalls which help clear the air we breathe. Similarly, you could achieve the same outdoor fresh air in your facility by introducing irons from needlepoint bipolar ionization.
This means that your customers and staff are protected from the snares of Coronavirus and harmful ozone, which may lead to respiratory diseases. This technology ensures that your facility retains its customers and increases productivity since everybody is assured that they are protected from disease-causing pathogens.
b). Fights against disease-causing pathogens
Indoor air in any facility contains disease-causing pathogens such as mildew and the most recent Coronavirus. Particles containing these packages are sent to be suspended in the air, which lasts for an extended period. Coronavirus is believed to survive for 24 hours in the year or on another surface within a building.
This allows the particles to be transmitted from one host to another. However, using needlepoint bipolar ionization in a facility eliminates such pathogens. Introducing the iron within your facility has a snowball effect whereby the particles in the air begin to cluster together, forming a giant ball that is now equal to what they got rid of by filtration systems. Also, the particles are unable to survive further and do not pose a risk of contamination to a new host.
c). Elements Particles giving clean air
Air contains particles such as dust allergens and mildew, which are not visible. However, we cannot ignore the fact that these particles are in the year and might lead to respiratory diseases. Coronavirus, although a novel disease, is also in the air.
That is why the Centers for Disease Control and Prevention (CDC) gives various preventive measures against the virus. Wearing a mask was to prevent inhalation of such particles in the air. In addition to the mask, you need to introduce needlepoint bipolar ionization in a facility to ensure that all particles are eliminated, providing clean air to your customers and staff.
In conclusion, consider using needlepoint bipolar ionization in your facility as it is safe and protects against Coronavirus. This technology has not been reported to have any adverse side effects on its users. However, Coronavirus has far worse effects since it might result in the closure of your facility.
There are two ways that 
Midwest Needlepoint Bipolar Ionization can split water molecules into constituent positively charged Hydrogen Ions and negatively charged hydroxyl ions. NPBI also splits oxygen into bipolar oxygen ions. The bipolar ions adhere to the surfaces of pathogens and damage them by combining with Hydrogen and Nitrogen atoms from the surface of the pathogens.
The NPBI system acts the same against dust and mold in the air. The bipolar ions bind with particles in the air in an attempt to lose their charge. As this happens, the particles become charged and attract more molecules and solid particles within the airspace, causing them to merge and form larger particles. The larger particles are easily filtrated by existing air conditioning and filtration systems resulting in cleaner air with fewer solid particles.
Rather than relying on brute force dilution of contaminants by adding more fresh air to indoor spaces, required outside airflow rates can be lowered by tackling the contaminants of emerging concern (CECs) directly. 
ASHRAE does not recommend a specific CO2 level — just that very high CO2 concentrations (e.g., higher than 5000 parts per million or ppm) might represent a health risk. Additionally, ASHRAE notes that CO2 concentration is not a good marker of the concentration and occupant acceptance of other indoor air pollutants, such as VOCs released by building materials and furnishings. Therefore, CO2 concentration is not a reliable indicator of the overall IAQ in your commercial facility.
If your facility is hoping to achieve cleaner air, contact Midwest Parts Center to discover our 
There is more to air-conditioning than just cool air. Air-Conditioning controls temperature, which is beneficial in maintaining productivity. Additionally, cool air retains materials and prevents damage from irregular temperatures. Midwest 
Treating air-conditioning units with purification tools is an economical way to manage air temperature and target the source of germs. There is, however, a way to address the challenge of halting potential outbreaks before they happen in a building. 
Midwest Needlepoint Bipolar Ionization: Industries use HVAC equipment to provide comfortable ambient temperatures inside facilities. Heating and cooling units control much more than comfort. In truth, a significant feature of HVAC systems is creating clean air. Breathable air inside buildings is a vital part of keeping a secure working environment and, above all, reducing illness. 
health problems among occupants in a facility drive downward profitability and productivity. Furthermore, there are monetary considerations for employers and individuals when illness strikes, thus eliminating individuals from their roles and responsibilities. Additionally, facilities are frequented by outsiders who conduct business and deserve the cleanest air possible.
Results suggest that Midwest needlepoint bipolar ionization is profitable in enhancing the environment’s quality, though additionally, it plays a role in effective HVAC efficiency. Furthermore, research suggests that bipolar ionization cuts down on the expenses regarding heating and cooling units found in business establishments.