Nanofilm Nanocomposites
Developing a nanocomposite begins with breaking down bulk materials into small clusters of molecules, or by building single functionalized nanoparticles, and then suspending them in a matrix of other material. The goal of this process is to convey the properties of a small amount of a material to a larger object or surface. The benefit? Imagine a material with the strength of carbon steel, but half the weight. Or a plastic surface with the scratch-resistance of metal. Or a waterproof fabric that still breathes.
The challenges in developing successful nanocomposites are substantial, involving chemistry, physics and engineering. Nanofilm has developed a particular expertise in the field. The process begins with choosing or developing a material to impart the desired properties. However, nanoparticles have different properties from the bulk materials of the same molecules. Physical and chemical properties of nanoparticles can change, requiring additional formulation work. Additional challenges arise in precisely controlling the distribution of particles throughout the matrix, which is required since performance can be affected by irregular dispersement of nanoparticles or even the orientation of molecules in the matrix.
And, because Nanofilm nanocomposites are created for use in commercial manufacturing, the process must be engineered to be suitable for OEM facilities.
