Affected by the traditional consumption off-season and raw material price transmission, China’s deep-processed manganese products came under overall downward pressure this week. Products showed differentiated market performances due to distinct supply-demand fundamentals, with obvious linkage across the industrial chain.

The domestic electrolytic manganese market has stabilized slightly after a minor decline recently, with a lingering weak and sluggish market sentiment. Although the price drop has slowed down without continuous sharp declines, market pessimism remains prevalent, and downward pressure is still prominent.

As a core vital raw material for manganese hydrometallurgy, sulfuric acid dominates production costs and process selection across the entire product chain. Major manganese products, including electrolytic manganese, diversified manganese sulfate, and electrolytic manganese dioxide (EMD), adopt distinct production processes with varied acid consumption structures.

In the manganese-based hydrometallurgy industry chain, sulphuric acid is not merely an ordinary auxiliary material, but rather a core lifeline raw material that runs through the production of all product categories, controls production costs, and influences process selection. Mainstream products such as EMM, various grades of manganese sulphate, and EMD differ vastly in production processes and have entirely distinct acid consumption structures, which also leads to completely stratified sensitivities of various manganese products to sulphuric acid price fluctuations. Every round of change in acid prices transmits from top to bottom, directly reshaping the cost structure and market dynamics of the manganese industry chain.

China's manganese market showed clear divergence: EMM softened at high levels with prices pulling back, while battery-grade manganese sulphate maintained firm cost support, and market opinions on the May outlook became increasingly divided.

On March 10, to accelerate the comprehensive utilization of electrolytic manganese residue, the Department of Energy Conservation and Comprehensive Utilization of the MIIT held a symposium in Beijing on March 9. The meeting noted that proper utilization of this complex residue is crucial for the high-quality development of the electrolytic manganese industry and regional green growth. The MIIT will conduct in-depth industry research, improve policy and standard systems, and promote advanced technologies to enhance utilization levels.