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Sanova LLC - SANOVA LLC scientific research center
Sanova LLC
 
Technology
 
Introduction to SANOVA and our technologies
Established in 2005 and located in Long Island City, NY, leading metallurgy research center SANOVA has developed and patented new highly advanced technologies LINTERPROCESS™ (Liquid Internal Thermo-Chemical Processing) and LINHEAT™ (Liquid Internal Heat Treatment) for effective thermo-chemical processing and heat treatment of metals and alloys. These simple, inexpensive, safe and highly efficient treatment technologies dramatically boost metal performance characteristics, such as hardness, stiffness, friction coefficient, resistance to erosion, corrosion, wear, fretting, just to name a few, thus significantly enhancing reliability and longevity of metal components and enabling new applications for many metals in various industries.
LINTERPROCESS™ and LINHEAT™ rapidly create wide range of superior diffusion protective surface layers on various metal components. Resulting protective layers are comprised of durable structures achieved with effective enhancement of chemical composition, micro-structure and properties of metal by accelerated dissociation of special active medium (AM) and application of strict treatment parameters, such as processing sequence, heating/cooling temperatures and treatment durations.
SANOVA Developes Technology Prototype for Treatment of Engine Valves
Long Island City, NY - September 12, 2011: Advanced metallurgy research center SANOVA has completed development of treatment technology prototype LINTERTITANIUM-VALVE™ for highly effective processing of titanium engine valves. This new technology protects the seat-contact perimeter of the valve head - area where most valves fail due to excessive wear - with an extremely durable custom diffusion protective case generated in just minutes of processing.

SANOVA Receives Phase I NAVY SBIR Award
ch53k_200Long Island City, NY - October 25, 2010: Advanced metallurgy research center SANOVA was notified that it received Navy SBIR 2010.2 Phase I award in response to the proposal submitted for solicitation N102-142: "Improved Gear Carburization Process". Purpose of this project is development of a robust carburizing method for deep internal splines with a high aspect ratio, used in CH-53K heavy-lift helicopter program.