Dr. Sharma received his PhD from the University of Missouri in Polymer Chemistry. His ground-breaking work in plasma polymerization, metal coatings and Parylene deposition have led to over 70 research publications, many US patents and development of scientific concepts such as the Atomic Interfacial Mixing (AIM), Molecular Mobility and Re-Orientation on Surfaces. His research has resulted in new applications for ultra-thin coatings and membranes in biomedical and industrial engineering. He has worked with several multinationals and has been associated with AMT for over 26 years.


SilGlide® coatings are extremely lubricious, submicron in thickness, chemically resistant, and biocompatible.


Carbond® coatings are chemically resistant, water wettable, of atomic dimension, and retain substrate morphology and strength.


Fluorocarb® coatings are ultrathin, chemically resistant, highly hydrophobic, and biocompatible.

Parylene PA

Parylene PA coatings are extremely smooth, stable, chemically resistant, and biocompatible, making them ideal for cell culture and coating sensitive substrates, such as ePTFE films.

Parylene PF

Parylene PF coatings are extremely hydrophobic on surfaces and useful for applications that require a high degree of moisture resistance, such as space and biomedical microelectronics.