Choosing Nok-Out for Performance Superiority

Why does Nok-Out perform so much better than other commercially available products that superficially appear to be similar, if not the same?
 
This question can be answered by describing the technology designed into the formulation and continuous development that has been the hallmark of the product lifetime.  Although it is well known that solutions of chlorine dioxide are very effective odor eliminators, it certainly cannot be assumed that if two different products contain even the same level of this key ingredient, which they will perform in an equal manner.  Nok-Out is more than simply a solution of chlorine dioxide; it is better viewed as an "odor elimination & disinfectant system" with the following features.
 
      The chlorine dioxide in Nok-Out (2,000 ppm total available) is stabilized to ensure 95% retention of activity after a shelf life of one year, but at the same time, stabilization is controlled so as to allow a rapid equilibrium between the "stabilized" and "free" chlorine dioxide.  This means that the total 2,000 ppm is available almost instantly if needed to destroy a massive odor.
      The formulation of Nok-Out includes components designed to readily emulsify common oily or greasy substances so that it can eliminate odors that either emanate from such materials, or destroy odors where the odors source has itself been coated with oily materials.
      The formulation of NOK-OUT also includes components that dramatically increase the ability of the active solution to spread on and to penetrate both hard and porous surfaces, especially when compared to the spreadability and penetrating capability of typical aqueous solutions.  This feature is responsible for the great effectiveness of NOK-OUT in controlling odors emanating from a wide variety of institutions, home, office or delicate surfaces.
      NOK-OUT is very effective in destroying airborne odors because it is formulated with a novel component that greatly increases ease of atomization and reduces droplet size from pump and trigger sprays.  Obviously, the finer the mist that is produced under these circumstances, the more effective the physical contact with the odor molecules and the more effective is the odor elimination itself. The same atomization aid has proven very effective in aerosol versions of NOK-OUT that have been prepared using a misting spray system.