APPLICATIONS
ADVANTAGES
The super metals produced by nanotech metallurgy contain one or more types of nanophases that can be engineered and applied to significantly improve the processing/manufacturing, micro/nanostructures, and physical/chemical/mechanical properties of metals and alloys. These enhanced new materials can be used in numerous applications for high energy efficiency and exceptional performance, including mechanical systems and machinery, transportation, mobile devices, sports, and energy.
TRANSPORTATION, AUTOMOBILES, AEROSPACE
High-performance nano-treated aluminum alloys provide superior strength, weldability, processability, and corrosion resistance while maintaining a light weight. These alloys are suitable for applications in transportation, including aircraft (high-performance aluminum alloy sheets and T-section bars), trains (metal bodies), and ships (metal hulls and decks). For the automobile industry, these high-performance alloys can be used for body frame and wheel production; these alloys can also be directly implemented in drones.
The use of high-performance super metals offers tremendous potential for improving energy efficiency and system performance in transportation.
MOBILE ELECTRONICS
Super lightweight metals and alloys provide superior strength and thermal conductivity and are suitable for mobile electronics applications, such as structural components for 3C products (Computer, Communication, and Consumer Electronics)
SPORTS EQUIPMENT
Super metals provide superior specific strength and specific stiffness and are suitable for a wide variety of sports equipment, such as high-end aluminum bicycle frames, baseball bats, arrowheads, and hiking poles.
ENERGY
Super lightweight metals provide superior strength and electrical conductivity and are suitable for energy and electricity applications, such as high-voltage cables and solar panel structures.
