AETC is a woman-owned, privately-held US company that manufactures advanced battery materials, industrial graphite, and specialty coatings. It provides R&D and production services for sustainable energy, defense, and electronics markets.
American Energy Technologies Company (AETC) is a privately-held, woman-owned small business based in the greater Chicago area that specializes in the development and manufacturing of advanced materials and energy systems. The company operates at the intersection of electrochemistry, nano-materials, and engineering, focusing on the production of specialized battery components such as spherical graphite for anodes, thermally and electrically conductive dispersions, and various primary battery systems. AETC utilizes a vertically integrated approach, maintaining fully functional laboratory and pilot plant facilities equipped for processes including grinding, sizing, calcination, and high-temperature graphite refining. Their technical capabilities allow them to support research, development, and industrial-scale production through advanced process engineering and material synthesis.
AETC serves a diverse global customer base, including original equipment manufacturers (OEMs), defense contractors, and research institutions, by providing high-quality, sustainable materials and consultative R&D services. Their work is essential in strengthening domestic supply chains, particularly for battery-grade graphite and critical minerals, as evidenced by their participation in government-funded projects and strategic partnerships. The company emphasizes long-term collaborative engagements, working closely with academic, national laboratory, and commercial partners to foster innovation in energy storage and advanced material technologies. Through their commitment to technical excellence and quality, AETC plays a vital role in supporting international markets and critical defense programs, offering solutions that bridge the gap from laboratory-scale conceptual design to commercial-grade manufacturing.