Puraclenz logo
Puraclenz logo

All articles

Photon Installation FAQs

How do Puraclenz units keep my environment safe?

The core of Puraclenz technology is the generation of a high abundance of Multi-Clustered Ions in your environment. These ions are electrically charged air molecules that actively purify the air and surfaces. The goal is to ensure even ion coverage t

Where should I place my Puraclenz unit(s) in my home or business?

For optimal results, Puraclenz units should be placed in the most open areas of your space. If using multiple units, place them evenly to ensure consistent coverage. They can be set on a table or mounted on a wall or ceiling. We do not recommend plac

What impact do open windows and exterior doors have on the technology?

While some ions will escape through open windows and doors, this is not a significant factor in most situations. However, if a door or window is left open for extended periods, it will reduce the effective coverage area of the Puraclenz unit.

What is the recommended height for wall-mounted units?

We recommend placing wall-mounted units between 6 and 9 feet off the floor. In spaces with ceilings higher than 12 feet, do not mount the unit higher than 9 feet.

How do closed interior doors and other closed spaces affect the technology?

Ions cannot travel through doors or walls, but they will slowly seep through cracks. For best results in multi-room environments, consider placing a unit in each separate area. If possible, leave interior doors open at night to allow the ions to fill

How do common materials and environmental factors impact Puraclenz technology?

Ions can be absorbed by materials with an electrical or static charge. This includes humans, plants, animals (which will not be harmed), as well as certain plastics, synthetic fabrics, and carpets. If your space has a high amount of these materials,

My space has a specific environment. How will that impact my purifier's coverage?

Puraclenz units are rated to cover a specified volume of space under standard indoor conditions. The following factors may reduce the effective coverage area:. High amount of static-conductive material: Gyms, gymnastic flooring, plastic dividers, and