This company develops advanced aluminum alloys using nanostructures for additive manufacturing and traditional metal products. Their materials are designed for clients ranging from US government agencies to Fortune 500 companies, offering enhanced performance in various applications.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional aluminum alloys often lack the necessary strength, toughness, creep resistance, and electrical conductivity required for advanced applications, particularly at high temperatures. Existing aluminum alloys may also present challenges in manufacturability, limiting their use in additive manufacturing and other advanced processes.
Solution
NanoAl develops high-performance aluminum alloys using proprietary nanostructure technology, enhancing material properties for both additive manufacturing and traditional metal processing techniques. Their alloys are designed with optimized chemistries and thermally-stable nanostructures, achieving superior mechanical properties up to 400°C. These heat-treatable alloys can be used in various forms, including powders for additive manufacturing, casting alloys, high-strength sheets, and wire for electrical applications. NanoAl's technology enables significant weight reduction, improved energy efficiency, and enhanced performance in demanding environments.
Target Audience
NanoAl serves clients ranging from US government agencies to Fortune 500 companies across industries such as aerospace, automotive, electronics, and energy.
Features
- Addalloy® powders specifically designed for additive manufacturing, offering an unrivaled combination of strength and ductility
- High-strength aluminum sheets enabling significant weight reduction in various applications
- Creep-resistant, highly conductive wire for improved reliability of electronic devices and increased efficiency of the electric grid
- Castable, heat-treatable alloys with operating temperatures up to 400°C, outperforming existing commercial cast aluminum alloys
- Alloy compositions with thermally stable nanostructures for enhanced mechanical properties at elevated temperatures
- Customizable alloy design services to meet specific application requirements