Puraclenz Large Cell R0002 for P750, P1500, P3000 Air Purifiers (Discontinued)

Installing a replacement cell into your Puraclenz P1500 ionic air purifier is simple. This quick video will walk you through the process.


1. Rotate the top piece counterclockwise to unlock and pull off.
2. Squeeze the retention clip to release from the grooves and pull out.
3. Grab the screw in the middle of the cell and pull straight up.
4. Place the new cell in, aligning the grooves.
5. Replace the retention clip, ensuring it is inserted into all 3 slots.
6. Replace the top piece and turn clockwise to lock in place.

Puraclenz evolved from technology developed to provide cleaner air for astronauts. The process is similar to the one that occurs naturally when UV rays in sunlight react with air molecules in the atmosphere. A patented multi-blade design reflects UV light inside the core. Each blade is shaped to reflect UV light onto the backside of the blade next to it, generating an exceptional density of ions.

This ultra-efficient design allows our products to use UV lamps that produce a high level of ionization with no ozone and no fumes. Ions are released into the air in your space. When charged ions contact a pollutant, they react with the cell wall to break it down.

Suction-based HEPA filtration systems, trap pathogens after they've traveled in the air and through the filter unit ions, dynamically deactivating pathogens midair and unexposed surfaces cleaning throughout an indoor space.

Its revolutionary design provides a large area of cleaning coverage against pathogens. With a small footprint, low energy consumption, and at a low-cost Puraclenz. Welcome to the future of clean.

Discover how the best air purifier works with this quick technology video from Puraclenz.

A U.S. patent protecting Puraclenz’s next-gen cell design was granted in 2020. The multi-blade design reflects UV light inside the core with ultra-efficiency. Each blade is shaped to reflect UV light onto the backside of the blade next to it, generating an extraordinary amount of ions for a PCO device.

The unique aerodynamic conical shape further increases ion generation by maximizing contact time with the reactive titanium dioxide surface.

This revolutionary design provides a large area of cleaning coverage with a small footprint and very low energy consumption.