An Air Purifier that TRULY solves Allergens, Odors, Formaldehyde, Viruses & Bacteria
FOUR major air problems at ONE time!
What is NCCO?
Nano Confined Catalytic Oxidation (NCCO) air treatment technology features a unique core structure that combines an active oxygen generator with the NCCO Reactor. The active oxygen emitted by the generator effectively kills bacteria and viruses while breaking down the molecular structure of harmful chemicals. The NCCO Reactor is filled with granular catalysts made from man-made minerals containing nanotubes of transition metals. Unlike traditional methods that rely on adsorption, NCCO technology focuses on the decomposition of pollutants, preventing secondary pollution and allowing for long-term filter use. Laboratory tests have shown that the NCCO Reactor can effectively sterilize and decompose harmful substances for up to 12 years, making it a reliable choice for maintaining a clean and safe air environment.
Pre-filter | Static Filter | Active Oxygen Generator + HEPA Filter | NCCO Reactor
Multiple filtrations - brings you fresh and clean air
*NCCO technology has been tested by the Representative Machine (BM300) and has been confirmed to be effective in killing up to 99.99% of the new crown virus.
^Commissioned a third-party laboratory to test and tested for the removal of human coronavirus, influenza virus and bacteria from selected air purifiers according to the 2002 edition of the Technical Standard For Disinfection -2.1.3 and GB-21551.3-2010, the results may vary depending on the situation.
#Tested by Arcon laboratory, volatile organic compounds (VOCs) such as acetaldehyde, acetone, benzene and acetic acid are discharged into a 1000L test box, and the selected model of air purifier is tested for removing volatile organic compounds. Results may vary from situation to situation.
△ Leung. Amy, and Ezra Kwok, "Evaluation of the Nano-Confined Catalytic Oxidation Technology for Air Purification and Odor Reduction. * Advanced Materials Research, Vol, 550, 2012, University of British Columbia.