California Nanotechnologies lands its largest order yet for advanced SMR control components, marking a new high-water mark for its nuclear business
There is an increasing number of companies that are relying on energy developers to provide them with clean energy in large quantities as the clean energy transition is going on, and they too want to contribute toward the reduction of carbon emissions. The most notable example of this is seen through data centers that demand an enormous amount of electricity and are now investing millions of dollars in energy projects to ensure that they have a reliable energy supply for many years to come. On that note, California Nanotechnologies landed its largest order yet for advanced SMR control components, marking a new high-water mark for its nuclear business.
An assessment of California Nanotechnologies’ importance to California
At California Nanotechnologies, the company envisions a world where its advanced technologies help make the most innovative products on this planet and beyond. The company’s forward-thinking approach means that it is likely to be at the forefront of discovering future energy generation methodologies. The company has a unique expertise in processing metallic powders into parts, which makes global leaders trust it to assist in pushing the boundaries of applied materials science.
The company is headquartered in Greater Los Angeles, California, and hosts advanced processing and testing machinery and capabilities across two manufacturing facilities for research and production needs. Its customers range from Fortune 500 companies to startups, with programs spanning aerospace, renewable energy, defense, and semiconductors.
A new high: California Nanotechnologies lands its largest order yet for advanced SMR control components
According to a press release from California Nanotechnologies Corp, the company revealed that it has received its single largest purchase order in the company’s history from an existing leading U.S. based advanced nuclear energy customer for boron-carbide (B4C) reactor control components.
These components are expected to be used in a single small modular reactor (SMR) program and follow past B4C component orders used in another customer reactor which recently achieved criticality. For Cal Nano, the order reflects an increase in scope from prior work. It marks a key development in the company’s strategy to expand from advanced materials development into larger-scale production within the fast-growing nuclear energy industry.
The company is highly excited for what is to come in the future as it hopes to maintain the tremendous amount of momentum that it currently has. The purchase order is expected to be delivered in full by the end of the company’s current fiscal year. Cal Nano is executing a focused strategy to become a predominant supplier of advanced materials for fission and fusion sectors.
Reviewing the significance of the milestone for California Nanotechnologies
The milestone shows that the company is growing beyond the state of California, where it is headquartered. Cal Nano is targeting the supply of specific, high-value consumable components for neutron-absorbing control and shielding applications. These are components that usually need specialized powder processing, densification, machining, quality assurance, and manufacturing capabilities. Following the announcement, Eric Eyerman, CEO of Cal Nano, stated the following:
“This award is an important milestone for Cal Nano and demonstrates our ability to transition development programs into a larger-scale production mandate. We believe our ability to quickly transform concepts into high-quality finished components, combined with scalable and domestic manufacturing capabilities, positions us as a strategic partner for next-generation reactor developers.”
Looking ahead: California Nanotechnologies’ expected influence on future projects
Cal Nano is currently engaged with multiple companies in the industry to provide advanced materials solutions for critical reactor systems needing U.S. domestic supply chains. Its growing nuclear business aligns with its existing client base within other industries such as aerospace, defense, energy, electronics, and semiconductors that depend on Cal Nano’s Spark Plasma Sintering and cryomilling technologies and advanced materials development expertise.
One of the most notable aspects of the United States’ approach toward the clean energy transition is diversifying the energy portfolio of every state and ensuring that there is a consistent energy supply everywhere. 2026 continues to be a record-breaking year for many companies, which speaks volumes about just how profitable the energy industry is.
Prince is a versatile writer focused on energy, automotive, environmental, and general news topics. He makes complex technical and policy issues clear, engaging, and accessible for a broad audience.
