Best UV Air Purifier and Ioniser

Why choose the Best UV-C Air Purifiers for your Home?

It is not that hard to understand the technology which is used for making air purifiers. The internet has provided huge answers to all our questions. Let's find out why you need to choose the best UV-C (Ultraviolet light ) air purifers for your homes.

For that, we need to understand d what are UV light air purifiers. 

What are UV light air purifiers?

UV air purifiers are designed to use short-wave ultraviolet light (UV-C light) to inactivate airborne pathogens and microorganisms like mold, bacteria and viruses. They have the same ultimate goal as all air purifiers: to reduce indoor air pollutants. 

The technology is also referred to as UV germicidal irradiation or UVGI air purifiers. This is different from other air purifier technologies that contain UV light technology but do not use it directly against air pollutants.

On the market, UV-C air purifiers are currently sold as stand-alone, freestanding devices or as systems installed into pre-existing residential or commercial HVAC units. As air is forced through the device, it passes UV lamps, which directly attempt to disinfect the air by means of germicidal irradiation. The biggest safety concern is that ozone may be generated during this process.

Rarely a stand-alone product, UV-C light air purifiers often require additional systems for full effectiveness and are most often included in larger High-efficiency Particulate Arrestance (HEPA) air filtration systems. In fact, the EPA says that a UV-C air purifier does not seem effective as a stand-alone unit because it cannot trap or remove particles.

Background on ultraviolet light

Germicidal UV light has been used in the treatment of tuberculosis and to disinfect hospitals, kitchens, meat processing plants and laboratories. As long ago as 1908, UV-C light was used to disinfect municipal water supplies in France.

Electromagnetic radiation takes on many forms–from visible light to radio waves to ultraviolet light. Here is some background on how different forms of light have different energy levels:

Best UV-C Different forms of light

Light is made up of tiny particles called photons. As they travel, they vibrate back and forth and trace a wave in space. The quicker they vibrate, the shorter the distance between each wave. The slower the vibration, the longer the distance between each wave. This wave-to-wave distance is called the light’s wavelength. Long waves with slower vibrating photons have less energy. Short waves with quicker vibrating particles have more energy.

Depending on their molecular makeup, different materials in the world reflect and absorb different wavelengths of light:

• Visible light has a wavelength between 400-700 nanometers long—the range that affects the light receptors of your eyes.
• Infrared light, which you can feel as heat, is longer (700 to 1M nanometers).
• Ultraviolet, which you cannot feel or see, is shorter than visible light at 100 to 400 nanometers.

Photons transmit electromagnetic energy when they encounter matter, and ultraviolet light has high levels of energy.

Ultraviolet light: UV-A, UV-B and UV-C

Ultraviolet is split into three sections:

• UV-A light: 315–400 nanometers with photons that vibrate just a little faster than visible light
• UV-B light: 280–315 nanometers, with photons that vibrate even faster
• UV-C light: 100–280, with photos that vibrate the fastest and carry the most energy

Atmopure Air purifiers use UV-C technology to make the indoor air purification process. Prolonged exposure to UVC light can cause temporary eye and skin damage, so extra precautions should be taken if directly working with or around UVC lamps. Today, UV light is mainly used to complement other established methods of disinfecting and “sterilizing” sensitive scientific and medical equipment and spaces, though such irradiative cleaning systems have found their way into residential and commercial applications by UV light’s popularization as a purifier in the past two decades. These products fall within the scope and exigency of improving cleanliness and reducing environmental pollution, rather than combating infectiousness.

Original Source: https://molekule.science/how-do-uv-light-air-purifiers-work/ 

If you know how UV air purifier works then you know there are perfect for your indoor air pollution issue. UV-C technology has been used in the water purification process to kill germs and bacteria from water. In the same way, when the indoor air passes through the UV-C light it kills the air bacteria 

AtmoPure air purifiers have 3D attack technology which gives the best and fresh air by purifying indoor air. If you looking for the best UV air purifiers then consider Atmopure as one of the best leading brands which have 5 stag air purification. The product is certified and tested. 

UV-C Air Purifiers and Ioniser

AtmoPure UV-C Air Purifiers for ideally use for 

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• uv air purifier for covid 19
• uv air purifier smoke
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• uv technology airborne
• uv air purifier ped dander 

Is UV-C Air Purifier safe?

Air purifiers can't make you sick because they work to clean the air. Air purifiers don't cause a sore throat. Some ionic air purifiers may cause throat irritation in people with respiratory conditions, but it doesn't cause you to cough.

Air purifiers are meant for your better health and it is a necessary and important part of your life. The way you need a mobile for all your day-to-day needs is the same way you need to get fresh air so that you can be healthy. The best UV-C air purifiers can be your best family member since it is going to take care of your indoor air pollution and safeguard you against the airborne, dust, smoke, allergen, gases, pet dander etc. 

AtmoPure Air Purifier KJ255F

AtmoPure Air Purifier KJ300F

AtmoPure Air Purifier KJ350F

AtmoPure delivers the best air quality with its technology.  The air purifiers are the best UV-C air purifiers in India by RisamPure LLP.