Free Newsletter
Register for our Free Newsletters
Newsletter
Zones
Airport, Border and Port Safety and Security
Left Nav Sep
Bioterrorism
Left Nav Sep
Civil Aircraft
Left Nav Sep
Civil Airlines, Airports and Services
Left Nav Sep
Communications and Navigation
Left Nav Sep
Education, Training and Professional Services
Left Nav Sep
Manufacturing and Materials
Left Nav Sep
Military and Defence Facilities
Left Nav Sep
Military Aviation
Left Nav Sep
Military Vehicles
Left Nav Sep
Naval Systems
Left Nav Sep
Personal Equipment
Left Nav Sep
Software and IT Services
Left Nav Sep
Space and Satellite
Left Nav Sep
Weapons, Ammunition and Explosives
Left Nav Sep
View All
Other Carouselweb publications
Carousel Web
Defense File Logo
New Material Logo
Pro Health Service Zone
Pro Manufacturing Zone
Prosecurity Zone
Web Lec Logo
Pro Engineering Zone
 
 
 
News

Nanoparticle lubricant additive to reduce naval vessel energy costs


Strict Standards: Only variables should be passed by reference in /home/defensef/public_html/components/com_zone/handleHTML.php on line 623
NanoMech
: 16 December, 2009  (Application Story)
NanoMech is supplying the NanoGlide lubricant additive based on nanoparticle technology and able to withstand extreme pressures and improve running efficiency in Navy craft
Nanoparticle lubricant additive to reduce naval vessel energy costs
The Office of Naval Research has awarded NanoMech a contract for approximately $770,000 to complete development of a new, nanostructured lubricant additive called NanoGlide. The Navy aims to increase durability and improve energy efficiency of naval components and systems through the use of this advanced technology. NanoGlide is a unique multi-component, extreme-pressure nanoparticle-based additive that originated from nanomanufacturing research at the University of Arkansas in Fayetteville. NanoMech has an exclusive licence to commercialise this patent-pending technology.


Friction is one of the major reasons for failure of vital engineering components and systems used in Navy, aerospace, and industrial applications. The annual cost of friction and wear-related energy and material losses is estimated to be 5% to 7% of the gross national product.

“NanoMech’s development of this breakthrough product marks a significant improvement in performance by an environmentally sustainable additive that can save energy,” said Neil Canter, a lubricant industry expert and a Contributing Editor to the industry’s widely-read Tribology and Lubrication Technology magazine. “The combination of solid lubricant nanoparticles with environmentally friendly organic additives provides a unique set of properties that are not matched by any additive commercially available today.”

“NanoMech represents the type of high-tech manufacturing and product development that can increase top-paying jobs in the State of Arkansas, evidenced by this important contract with the US Navy,” said James Phillips, Chairman of NanoMech. “We are especially grateful to Senator Pryor and Congressman Boozman for supporting NanoMech's efforts to develop innovations that generate knowledge-based jobs and help protect our Armed Forces while driving safer, environmentally sound efficiencies for our naval fleet.”

“This award validates the world-class nano science and engineering research going on at the University of Arkansas as it moves into commercialisation and creation of breakthrough products and manufacturing processes,” added Ajay Malshe, Co-Founder and CTO of NanoMech.

Bookmark and Share
 
Home I Editor's Blog I News by Zone I News by Date I News by Category I Special Reports I Directory I Events I Advertise I Submit Your News I About Us I Guides
 
   Â© 2012 DefenseFile.com
Netgains Logo