To a significant extent, metal-based applications are exposed to complex
impact effects in marine environments, where organism-culture is easily
absorbed on metal surfaces and requires extensive inspection and
maintenance, as well as that in vessel-related use it affects navigational
resistance and energy consumption.
NAST® focuses at all times on the practical application purposes, and continues
laboratory technical development and tuning of high-quality nanochemistry, for
influencing the surface energy of metal substrates and facilitating industrial
production.
Mainly our treatment technology for marine use, includes stainless steel qualities in
uniform alloys (marine classified), as well as bronze alloys, including Nickel
Aluminum Bronze (NAB) or Manganese Aluminum Bronze (MAB).
NAST® carries out surface technical substrate treatment for marine use using
advanced pretreatment processes, where the metal substrate must achieve the
maximum degree of activation and adaptation of molecular structure, for the
nanopolymer's optimal union with the underlying substrate's molecular structure.
