国投证券：供给减量逐步兑现 看好钴价上涨空间

Core Viewpoint - The cobalt market is entering a supply-driven price uptrend due to the ongoing export ban from the Democratic Republic of Congo (DRC) and limited incremental supply from Indonesia's MHP [1][4]. Supply - Cobalt reserves are primarily concentrated in the DRC, with major producers including Luoyang Molybdenum and Glencore. The DRC's export ban, first announced in February 2025 and extended in June, aims to manage inventory and support previously low cobalt prices [2]. - Indonesia's MHP production capacity is expected to ramp up significantly, with an estimated cobalt output of 28,000 tons in 2024, accounting for 9.7% of global production. However, this increase may not sufficiently offset the supply reduction from the DRC [2]. Demand - Global cobalt consumption is projected to reach 222,000 tons in 2024, with electric vehicles (43%) and consumer electronics (30%) being the primary demand drivers. Domestic cobalt consumption is estimated at 123,000 tons, with consumer electronics also representing about 43% [3]. - The demand for cobalt in electric vehicle batteries is expected to remain strong, despite some market share pressure from lithium iron phosphate batteries. The shift in NCM materials towards higher nickel content is anticipated to boost cobalt demand [3]. - In the consumer electronics sector, the demand for lithium cobalt oxide, a key component in lithium-ion batteries, is expected to rise due to advancements in AI technology and increased consumer demand for higher battery capacities [3]. Price Outlook - Following the DRC's export ban, China's imports of cobalt intermediate products saw a significant decline of 61.6% in June, indicating a real supply shortage. This trend is expected to continue, with imports remaining low and MHP production not compensating for the reduction [4]. - As of July 25, domestic electrolytic cobalt inventory was reported at 13,111 tons, a 300% year-on-year increase. However, the reduction in imports is likely to accelerate inventory depletion [4].