Our Products
American NanoMyte is working on a pipeline of three nanotechnology-enabled anticorrosion coating formulations that are available as standalone coating products or as a complete coating system. Pretreatment, primer and topcoat formulations are available for alloys of steel, aluminum and magnesium.
PRETREATMENTS
American NanoMyte's pretreatment coatings are applied directly to the metal surface in much the same way as chromate conversion coatings. The pretreatment generally forms a thin layer with a thickness of 0.5-2 microns. Our environmentally compliant formulations provide excellent adhesion to the overlying primer and act primarily as a barrier coating, in addition to inhibiting corrosion through damage responsive behavior.
An additional advantage of our pretreatment is the elimination of elaborate surface preparation prior to coating. This process improvement can result in significant savings to the user.
Presently, we offer three pretreatments:
- NanoMyte PT-10 is a solventborne pretreatment for aluminum alloys
- NanoMyte PT-15 is a waterborne pretreatment for magnesium alloys
- NanoMyte PT-20 is a waterborne pretreatment for steel and aluminum alloys
PRIMERS
American NanoMyte has developed nanoparticle additives that can be easily incorporated into primer coating formulations in the same manner as conventional corrosion inhibiting pigments. The primers are completely chromate-free and economical to produce. Nanoparticles provide better barrier protection than conventional additives, promote self-healing, and potentially allow the use of thinner primer coatings.
American NanoMyte can work with you to enhance your specific primers or develop a new customized primer formulation – liquids, powder coats, or e-coats – to introduce corrosion inhibiting functionalities.
TOPCOATS
American NanoMyte is developing a clear self-healing topcoat formulation that can be used on metals, wood, and a variety of other substrates. Shallow scratches disappear and deep cracks close in seconds when the coating is heated to slightly above ambient temperatures.

