By manipulating the chemistry of these susceptors, a Curie temperature from 56 C to 475 C can be precisely established. Unlike other heating technologies that externally transfer heat from an energy source, SmartBond TM is designed to selectively deliver heat only where it is necessary, enabling precision joining and heating of complex structures. Triton Systems is currently developing SmartBond TM prototype products for several major corporate clients. It is also the basis of several US and foreign patents and patent applications. The first product is expected to be ready for shipment by the end of 4 th quarter, 2000.
Applications range from joining aerospace composite structures to sealing of food packages.
Polycarbonate and acrylic surfaces are widely used in eyewear applications. Although they are often preferred over glass for their superior weight and shatter characteristics, polycarbonate and acrylic surfaces are still less resistant to abrasions, chemicals, and flames. NanoTuf coatings are up to four times stronger than other polymer coatings they won t crack or shatter upon impact from many different types of projectiles. NanoTuf coatings have also successfully passed the US Army s evaluation for resistance to blister and nerve agents. Funding by the U.S. Navy allows Triton to develop NanoTuf coatings for future use in Naval eyewear, and commercial markets.