SPECIAL METALS - THE ALLOY EXPERTS OVER 100 YEARS OF INNOVATION

Extensive metallography studies were performed on AmberTech M99's ability to create a Molecular Surface Modification, (MSM). Two identical separate surfaces of Carbon steel were examined at 1000X magnification. One surface of the Carbon Steel had been treated with AmberTech M99, being applied and lightly worked in using 0000 steel wool. This mechanical action process activates the MSM and simulates the process that occurs within a machine. In mechanical applications this process is created when moving parts are in motion during their operations. The other surface was untreated. Both surfaces were examined with the same microscope at 100X, 500X and 1000X magnifications. The images below are at 1000X magnification. Image 9162 is the untreated surface. Image 9165 is the surface treated with AmberTech M99. Notice that there is a difference between the two surfaces. MSM creates the difference.

This profound change prompted further testing by the metallurgist to determine the mechanism and its character responsible for the change. That testing determined that the MSM was unique and validated that there were no traces of Chlorine or Sulfur present on the treated surface. All industrial lubrication applications are under continual stress from impact and the resultant metal-to-metal assault. Wear and damage will occur regardless of variables such as water, oils, or grease in the environment. AmberTech M99 is immediately activated as friction occurs and treatment of the metal surface at the molecular level is initiated, creating the Molecular Surface Modification (MSM), functionally changing the surface of the metal. During this treatment the carrier oil or grease develops a more intimate, uniform, and reliable contact with the new

surface, producing a wider, slicker, smoother surface. This condition produces continued levels of protection. Therefore, when impact and or friction occurs, much of the detrimental forces are unable to attack the metal. This phenomenon is evident in Image 9165. Notice that the surface has remained smooth and in good condition. Even when lubrication is not present, such as start up or lack of lubrication, metal that has been treated with AmberTech M99 continues to exhibit a protected state. The barrier established with AmberTech M99 also contains has an anti-corrosion property. The surface of the metal becomes modified in such a way as to inactivate sites for potential corrosion from rust, dirt, and other residues. Image 9162 validates the significant wear caused by excessive heat due to friction on untreated metal surface. This metal wear causes debris(metals) and contaminates to flow into the oil. These contaminates are not always caught by filtration, therefore, they remain as aggressive debris flowing within the oil, back through the friction points, continuing to cause more damage and increased wear on the metal surface. This is a continual process throughout the life of the equipment. THE conclusion, AmberTech M99, by modifying the metal at a molecular level;, reduces friction, heat, and metal wear, therefore extending the life of the metal surface/equipment. For more information please visit our website at www.ambertech-global.com or call our corporate office at 903.739.2128 Howie Damron, President Jayme Jetton, Chief Executive Officer