What We Do
Actinide Salts
Fuel the next generation of reactors with high-purity uranium and thorium salts, synthesized and purified to meet the strictest standards.
Advanced Purification
Advanced Purification
Minimize corrosion-causing impurities like oxygen and moisture in your salt supply. Select the purity level you need for consistent, reliable performance.
Scale & Traceability
Scale & Traceability
From grams for university labs to commercial-scale volumes, we deliver the highest quality, American-made molten salts with full lot traceability.
Industry Expertise
Industry Expertise
Our decades of real-world experience with the chemistry and operation of molten salt facilities mean we deliver solutions that truly work. Whether you need high-quality salts or technical guidance, we have the know-how to support your success.
Why Arbor Halides
At Arbor Halides, we combine decades of molten salt expertise with a commitment to fueling a cleaner, more efficient energy future. As a veteran-owned, American company, we stand behind the quality of every lot through rigorous testing and full traceability, ensuring consistent, top-tier performance for both research and commercial applications. Our focus on purity starts with advanced purification processes that remove corrosion-causing impurities like moisture and oxygen, so our salts consistently deliver peak performance.
Backed by hands-on experience designing and operating molten salt facilities, as well as purifying and characterizing the salts themselves, we understand the real-world demands of researchers and industry alike. Whether enabling safer nuclear fission and fusion reactors, supporting nuclear fuel recycling, or storing energy from renewable sources, our molten salt solutions help power the transition to greener energy. When reliability and performance matter most, Arbor Halides is the trusted partner driving innovation in molten salt technology.
Applications
Molten Salt Reactors (MSRs)
Molten Salt Reactors (MSRs)
Operate at lower pressures and higher temperatures than conventional reactors, enhancing both safety and efficiency. Our actinide salts, refined for minimal moisture and oxygen, help drive these advanced reactors forward, leading the way to a more sustainable, cleaner nuclear energy future.
Nuclear Fuel Recycling
Nuclear Fuel Recycling
Recover valuable materials from spent nuclear fuel while significantly reducing waste volume. By supplying salts optimized for fuel recycling, Arbor Halides supports a sustainable nuclear fuel cycle that recycles fuel rather than discarding it.
Thermal Energy Storage
Thermal Energy Storage
Store excess power from solar or wind, balancing out renewable energy’s natural intermittency. Our premium salts operate at a higher temperature than traditional nitrate salts, and ensure consistent, corrosion-resistant performance, making renewable integration simpler and more efficient.
Fusion Reactor Blankets
Fusion Reactor Blankets
Manage the intense heat of fusion reactions and breed the tritium needed to power next-generation fusion systems. At Arbor Halides, we supply specialized, high-purity molten salts to meet the demanding requirements of fusion research.
From powering the next generation of reactors to recycling spent nuclear fuel, molten salt technologies are reshaping energy as we know it. See how our high-purity salts support these innovations.
Learn More About Molten Salt Technologies
Who We Are
Led by Dr. Adam Burak, a recognized expert in molten salt R&D, our team has pioneered everything from small-scale synthesis to designing and building large scale facilities with hundreds of kilograms of salt. Our advisory board is led by Dr. Michael Simpson, a leader in advanced nuclear technologies. Together, we bring you proven expertise and real-world results.