The US Army Research Laboratory seeks a partner to commercialize a platform technology that controls the distribution of additives and active ingredients in a variety of paint and coating systems
You are here
Advanced Materials & Nanotechnology
The US Navy has developed and patented active aluminum rich primers that, applied to aluminum surfaces, offer superior protection against galvanic corrosion, are cost competitive with hexavalent chromium and offer comparable salt spray protection, as well as environmental and health advantages.
The US Navy seeks a partner to license and commercialize a platform process to improve performance and tailor characteristics of solid and foam materials made from metallic glasses, oxide glasses, plastics, ceramics, and other materials
The US Navy seeks a partner to license and commercialize an innovative high performance piezoelectric transducer
The US Navy seeks a partner to license and commercialize an innovative platform for mechanical and thermal energy harvesting devices
The US Navy seeks a partner to license and commercialize a portable broadband dielectric measurement device
The US Navy seeks a partner to license and commercialize fabric architectures to improve the performance, survivability, damage tolerance, and dynamic energy absorption of woven fiber in a broad array of applications
The US Air Force seeks a partner to license and commercialize patented technologies to create aromatic imide monomers, hyperbranched polymers, and nanoclay composites for high temperature applications
The US Army seeks a partner to license and commercialize a device to quantitatively assess the performance of anti-fog coatings for spectacles, goggles, and other eyewear
The US Air Force seeks a partner to license and commercialize patented technologies that allow facile routes to impart a myriad of useful properties to carbon nanomaterials
The US Air Force seeks to commercialize through licensing an easy-to-implement, robust, and accurate method for contact angle measurement: the Transition Angle Method (TAM). TAM is applicable to both wetting and non-wetting liquids in static and dynamic situations.
The Naval Surface Warfare Center (NSWC) in Dahlgren, Virginia, seeks to commercialize its development efforts through patent licensing. These technologies enhance both military issue weapons and commercially available sporting arms.
The US Army seeks to commercialize through patent licensing a mechanism which allows quick-change modularity of firearm muzzle devices without the need of any special tools.
The US Naval Surface Warfare Center, Indian Head Division, seeks a partner to commercialize a military-grade lead-free primer for ammunition and other applications