Jeterex Filters offer a new and cutting edge odor-eliminating air filteration solution for indoor gardens and a wide range of other applications. The Jeterex design is similar to a conventional HEPA filter but incorporates dual layer nanotechnology to completely neutralize odor. Unlike carbon filters that absorb volatile organic compounds (VOC’s – AKA, odors), Jeterex filters break down odors at a molecular level eliminating them completely. Jeterex filters can be paired with inline duct fans and high-velocity fans to provide an economical, lightweight, and long-lasting odor control alternative to carbon filter systems.
Jeterex filters destroy odors and the compounds that make them via a patented dual-layer nanotechnology. Proprietary Jeterex filtration technology is the result of over 20 years of development and collaboration with leading universities and testing agencies. This powerful new method of air filtration destroys odors at the molecular level and turns spaces from smelly to fresh. It is safe, proven, and effective. In addition Jeterex filters have been shown to last as much as 4x longer than carbon fitlers and even provide antimicrobial/hypoallergenic benefits. Jeterex filters can be paired with either inline fans or high-velocity fans for effective odor control in both recirculating and exhaust odor control systems.
How does it work?
Jeterex filters are built on a standard MERV (8) rated air filter. They’re then coated with a patented nano-material that oxidizes odors on contact. Oxidiztion breaks up the volatile organic compounds (VOC’s) that permeate our spaces from many sources. This is the same odor control mechanism provided by ozone-emitting UV lights, but without the hazards of ozone. Regardless of their source or composition, Jeterex eliminates any VOC’s that may affect your air quality. Rigorous testing has proven Jeterex technology to be effective for multiple applications including:
*Flange recommended for proper installation (optional).
*Pre-filter recommended for maximizing filter lifespan.