Cobalt has traditionally been the source material for creating vibrant blue pigments and high-strength, high-temperature resistant alloys. In the energy transition eco-system, cobalt hydroxides and sulfates are increasing important for pushing the boundaries of battery development in terms of enhancing energy density, durability and especially safety through improving thermal stability.

We trade cobalt ore concentrates, oxides and sulfates; concurrently performing due diligence for ensuring alignment with conflict-free sourcing frameworks. Our risk-managed model integrates forward curves, inventory access, and cobalt-origin traceability.

• Sulfate  and hydroxide grades suitable for Ni-rich cathode systems
• Optimized for precursor co-precipitation in high-energy Li-ion chemistries
• Low impurity and moisture content to prevent degradation under cycling
• Striving to ensure conflict-free sourcing under OECD and CIRAF guidelines
• Performance support for rapid charging and extended lifecycle applications