XPlate® concept is simple. It breaks the clusters of the moving air molecules and free the oxygen more available for combustion. When oxygen (O2) and nitrogen (N2) in air flow in pipe, the molecules move, interact and hit each other on the side wall of pipe. The interactions that occur between the atoms of a molecule with the other atoms of the other molecule cause the attractive and repulsive forces to occur. These forces are known as intermolecular forces that cause the molecules to adhere together and form molecular clusters among O2 and N2.
These molecular clusters of the passing air can be separated into smaller clusters or each single molecule of O2 and N2 by installing Xplate® devices on the surface of pipe. As a result, O2 and N2, are separated and thus free more oxygen surface areas for more effective combustion.