
1. Hyundai Steel IR: What Happened?
Hyundai Steel participated in Mirae Asset Securities Korea Corporate Day 2025 and held its IR presentation on September 12, 2025. The presentation covered the company’s Q2 2025 earnings results, key management updates, and a Q&A session.
2. Why It Matters: Overcoming Q1 Losses and Future Growth
Hyundai Steel reported losses in both operating income and net profit in Q1 2025. Amidst a global economic slowdown and weakening steel demand, the market is focused on the company’s Q2 performance and future growth strategy. Investors are particularly interested in the concrete plans and progress of the US electric arc furnace construction and green technology investments.
3. Key Takeaways and Investor Action Plan
- Q2 Earnings: Improvement from Q1, future earnings outlook
- US Electric Arc Furnace: Investment size, progress, expected profitability, North American market strategy
- Green Technology: Low-carbon production system, hydrogen reduction steel technology roadmap
- Cost Management and Profitability Improvement: Strategies for raw material price and exchange rate fluctuations
- Macroeconomic Uncertainty Response: Strategies to minimize the impact of global economic slowdown, interest rate changes, and protectionism
Based on the information presented, investors should assess Hyundai Steel’s short-term profitability improvement potential and long-term growth prospects to make informed investment decisions.
Frequently Asked Questions
When will Hyundai Steel’s US electric arc furnace be completed?
According to the IR presentation, Hyundai Steel is constructing an electric arc furnace with an annual capacity of 2.7 million tons, specializing in automotive steel sheets. The specific completion date can be found in the IR materials.
What areas is Hyundai Steel focusing on for its green technology investments?
Hyundai Steel is investing in various green technologies, such as ‘New Electric Arc Furnace’, hydrogen reduction steel, and low-carbon steel development. More details are available in the IR materials.
