U.S.-Based Rare Earths and Critical Materials Processing
Proudly Processing Rare Earths and Critical Materials in Cleveland, Ohio
Current Chemicals provides secure, U.S.-based rare earth processing services for critical applications in energy, electronics, and infrastructure. Our Cleveland, Ohio chemical manufacturing facility supports scalable rare earth elements processing to re-enable the Western critical materials supply chain.
Supply Chain Resiliency
Leveraging rare earth processing companies in the USA reduces exposure to global volatility and enables long-term supply chain stability. We partner with innovators and leading industries to localize sourcing and scale critical materials, including:
- Manufacturers
- Technology companies
- Federal or civic initiatives
- Energy companies
Magnet Production
Anhydrous Rare Earth Chlorides and Rare Earth Fluorides
We specialize in rare earth processing to produce the high-purity compounds needed for permanent magnets used in EV motors, wind turbines, and other systems.
- Neodymium (NdF₃, NdCl₃)
- Praseodymium (PrF₃, PrCl₃)
- Dysprosium (DyF₃, DyCl₃)
- Terbium (TbF₃, TbCl₃)
- Gadolinium (GdF₃, GdCl₃)
Battery Production
Cathode, Anode, and Solid Electrolyte Related Materials
We also process advanced materials for high-performance, next-generation battery and energy conversion technologies. Our capabilities enable cleaner, more efficient energy systems such as electric mobility and grid-scale power.
- Cobalt Sulfate (CoSO₄)
- Nickel Sulfate (NiSO₄)
- Manganese Sulfate (MnSO₄)
- Lithium Hydroxide (LiOH)
Beyond Magnets and Batteries
Diverse Critical Material Production
Current Chemicals produces a range of other critical materials for pre-existing and novel applications in various industries. Committed to enabling innovators with advanced processing capabilities, you can partner with us to test and validate new ideas.
- Lithium Fluoride (LiF₃)
- Scandium (ScF₃, ScCl₃)
- Samarium (SmF₃, SmCl₃)
- Yttrium, Lanthanum, Lutetium, Erbium Compounds
- Rare Earth Garnets, Perovskites, and Organometallics
Neodymium Fluoride
Neodymium fluoride is a rare-earth compound used in lasers, optics, and making magnets.
Terbium Oxide
Terbium oxide enables high-performance magnets, lasers, green phosphors, and advanced electronics.
Holmium Oxide
Holmium enables medical lasers, strong magnets, nuclear control rods, and precision optics.
Nickel Sulfate Hydrate
Nickel sulfate is a blue‑green crystalline salt used for battery cathode materials, catalysts, and other nickel chemical intermediates.
Cu[TMHD]₂
Cu[TMHD]₂ is a volatile copper(II) metal-organic precursor used for depositing high-purity copper films in MOCVD and ALD processes.
Why Current Chemicals
Collaboration Beyond the Lab
We help customers secure their supply chains, achieve regulatory compliance, and protect proprietary information with a U.S.-based chemical manufacturing footprint that reduces exposure to global trade risks. As a full-service partner, we support R&D-driven organizations from lab trials through pilot scale to commercial volumes.
U.S.-based reliability
75+ year legacy
R&D partnerships with IP protection
Trusted with infrastructure and security initiatives
Rare Earth Materials Processing in Cleveland, Ohio
Looking for a rare earth processing partner who values quality, confidentiality, and long-term resilience? Let’s connect.
