POSCO Future M (003670)

POSCO Future M is a comprehensive energy materials company engaged in secondary battery materials, advanced chemical materials, and industrial basic materials businesses. Its main business areas include secondary battery materials such as cathode materials, which determine battery capacity and voltage; anode materials, which store and release lithium; and precursors, which are the preceding materials for cathode materials. The company also produces advanced chemical materials like carbon materials such as needle coke, pitch coke, and activated carbon, as well as high-purity hydrogen peroxide. Additionally, it supplies industrial basic materials essential for the steel industry, including refractories, quicklime, and chemical products. Based on consolidated revenue in 2024, the energy materials business segment accounts for 63.2%, while the basic materials business segment constitutes 36.8%. Key customers include global battery and finished vehicle manufacturers such as LG Energy Solution, Ultium Cells (LG-GM joint venture), Samsung SDI, SK On, and Panasonic. Basic materials are primarily supplied to POSCO steel mills. POSCO Future M is the only company in Korea that simultaneously produces both cathode and anode materials, having established a full value chain for secondary battery materials, encompassing everything from raw materials to recycled used batteries within the POSCO Group. It possesses technological capabilities for developing high-capacity high-nickel single-crystal cathode materials, LFP, and mid-nickel cathode materials, and produces both natural graphite and artificial graphite anode materials. It is also the only non-Chinese company to produce graphite-based anode materials. Furthermore, the stable profitability of its basic materials business, based on the steel industry (including refractories and quicklime), helps to offset the volatility of the energy materials business. POSCO Future M's revenue grew by 44.15% from KRW 3,301.9 billion in 2022 to KRW 4,759.9 billion in 2023. However, it showed a downward trend, decreasing by 22.3% to KRW 3,699.9 billion in 2024 and further declining by 20.6% to KRW 2,938.7 billion in 2025. Operating income significantly decreased from KRW 165.9 billion in 2022 to KRW 0.7 billion in 2024, then showed signs of recovery to KRW 32.8 billion in 2025. Net income turned to a loss, from KRW 121.9 billion in 2022 to KRW -231.3 billion in 2024, but successfully returned to profitability with KRW 36.5 billion in 2025. Recent quarterly performance showed high volatility, with Q1 2025 revenue of KRW 845.4 billion and operating income of KRW 17.2 billion. However, Q2 revenue recorded an unusual figure of KRW -184.5 billion, followed by Q3 revenue of KRW 213.9 billion and operating income of KRW 65.9 billion, and Q4 revenue of KRW 2,063.9 billion and operating income of KRW -33.8 billion. Examining financial soundness indicators, the debt-to-equity ratio significantly increased from 74.96% in 2022 to 142.57% in 2023, then showed a gradual improvement trend to 138.89% in 2024 and 102.65% in 2025. The current ratio continuously decreased from 210.97% in 2022 to 130.86% in 2025, indicating a slight weakening of short-term liquidity. ROE declined from 4.60% in 2022 to -6.97% in 2024, indicating a deterioration in profitability, but slightly improved to 0.81% in 2025, coinciding with the return to profitability. In response to the slowdown in the EV market, POSCO Future M is actively adapting to market changes through the development and production conversion of LFP cathode materials and diversification of its anode material supply chain (e.g., investment in artificial graphite in Vietnam). Particularly, amid the trend of de-Sinicization driven by the U.S. Inflation Reduction Act (IRA) and strengthened EU supply chain regulations, the company's cathode and anode material businesses, with their non-Chinese supply chains, are expected to benefit. Furthermore, the company is securing future growth engines through the expansion of the ESS (Energy Storage System) market and the development of next-generation battery materials such as solid-state batteries.