In late February 2026, the sudden escalation of geopolitical conflicts between Iran and Dubai sent shockwaves through global supply chains. Missile attacks targeting Dubai International Airport and core commercial districts disrupted shipping routes in the Persian Gulf, with the strategically vital Strait of Hormuz—known as the “world’s oil valve”—facing unprecedented operational risks. As a sector highly dependent on globalized energy supplies and maritime transportation, the automotive steel industry is experiencing far-reaching impacts across cost structures, supply chains, and regional market dynamics. This article analyzes the multi-dimensional effects of the conflict on automotive steel raw materials.​
I. Soaring Energy Costs: Direct Pressure on Steel Smelting​
Automotive steel production is inherently energy-intensive, and the Persian Gulf crisis has directly triggered volatility in global energy markets. The Strait of Hormuz handles over 20% of the world’s seaborne crude oil and 30% of liquefied natural gas (LNG) shipments, serving as the lifeline for major oil exporters including Saudi Arabia and the UAE . Following the conflict, New York crude oil futures surged 12.4% in a single day, with Brent crude prices breaking through 82per barrel.Market analysts warn that a full closure of the strait could push oil prices to as high as 150 per barrel .​
This energy price spike has rapidly transmitted to the steel production chain:​
Increased smelting costs: Steelmaking and advanced processes like hot-formed steel production rely heavily on natural gas and electricity, with strong correlation between crude oil and natural gas prices. Data shows that for every 10% rise in oil prices, the fuel cost per ton of steel increases by RMB 30-80 ($4.1-11.0) . Major automotive steel producers in China, the EU, and other regions are already facing mounting pressure to raise ex-factory prices.​
Price hikes for petrochemical derivatives: Supporting materials for automotive steel, such as galvanized coatings and anti-rust paints, are primarily petrochemical products. Prices of feedstocks like ethylene and propylene have surged in tandem with oil prices, further elevating the overall production costs of automotive steel .​
II. Supply Chain Disruption Risks: Restructured Trade Flows and Delayed Deliveries​
Dubai, as a key trade hub in the Middle East, functions as both a regional transit center for automotive steel and a critical link connecting global production bases. The conflict has disrupted supply chains in three key ways:​
Skyrocketing shipping costs: Escalating risks in the Persian Gulf have forced oil tankers and cargo vessels to reroute around the Cape of Good Hope, increasing voyage distances by 40% and extending transportation time by over 15 days . Shipping fees and war risk insurance premiums have surged by 300%-500%, with logistics costs accounting for more than 25% of total production costs for steel exporters dependent on Middle Eastern markets—up from the previous 8%-12% . Major shipping companies including MSC have suspended new bookings to the Middle East, exacerbating capacity shortages .​
Widening regional supply gaps: Iran ranks as the world’s 10th largest crude steel producer, with an annual capacity of 55 million tons and steel product exports of 11 million tons . Conflict-induced factory shutdowns have expanded the automotive steel supply gap in the Middle East by 10%-15%, driving up regional steel prices. Dubai, a core node for Middle East automotive assembly, imported $300 million worth of steel in 2020 alone, and its short-term import disruption has forced buyers to seek alternative sources .​
Port congestion and logistics bottlenecks: Jebel Ali Port, a major hub for Chinese steel exports to the UAE handling over 3.24 million tons of steel annually (60% of its general cargo throughput), has suspended operations, leading to congestion at alternative ports like Fujairah and Sharjah . The limited capacity of these alternative ports and damaged land transportation infrastructure have further hindered the distribution of steel materials to key industrial zones .​
III. Regional Market Differentiation: Uneven Impacts Across Global Markets​
The conflict’s impact on automotive steel raw materials varies significantly by region, creating divergent market trends:​
Middle East market: Local steel prices have already started to climb, with rebar prices from ESI Steel Mill rising to AED 2,721 per ton (approximately 741),an increase of AED70−80(19-22) since late February . Shortages of specific steel grades and billets are expected to worsen, as imports from Saudi Arabia and Oman face transportation hurdles .​
Asian market: Chinese automotive steel exporters are facing dual pressures—disrupted exports to Iran (which imported 1.28 million tons of Chinese steel bars in 2025) and rising production costs . However, the newly launched Beibu Gulf-Persian Gulf and Fuzhou-Persian Gulf roll-on/roll-off routes offer alternative logistics channels for Southwest China’s auto and steel industries, partially mitigating supply chain risks .​
European and American markets: While direct supply disruptions are limited, indirect impacts include rising input costs from energy price hikes and potential shortages of high-strength automotive steel grades previously sourced from the Middle East .​
IV. Long-Term Industry Adjustments: Towards Diversification and Resilience​
The Iran-Dubai conflict has exposed vulnerabilities in the global automotive steel supply chain, prompting long-term strategic adjustments:​
Supply chain diversification: Automakers and steel producers are accelerating efforts to reduce reliance on Middle Eastern energy and steel supplies, exploring alternative sources in Southeast Asia (where ASEAN steel capacity reached 84.6 million tons in 2025) and other regions .​
Cost optimization and technology upgrades: Steel mills are investing in energy-efficient production technologies and exploring alternative raw materials to mitigate the impact of volatile energy prices. The development of advanced high-strength steel (AHSS), which offers weight reduction and cost-saving benefits for automakers, is gaining momentum .​
Logistics network restructuring: Companies are strengthening cooperation with multi-modal transportation providers and expanding use of alternative routes to bypass high-risk areas. The development of China’s Western Land-Sea Corridor is emerging as a key initiative to enhance supply chain stability for automotive steel trade .​
Conclusion​
The Iran-Dubai conflict has triggered a chain reaction in the global automotive steel industry, with impacts ranging from immediate energy cost hikes and supply chain disruptions to long-term structural adjustments. For stakeholders across the value chain—from steel producers and automakers to logistics providers—proactive risk management, supply chain diversification, and technological innovation will be critical to navigating the uncertain landscape. As geopolitical tensions in the Persian Gulf persist, the automotive steel industry is likely to see continued volatility in raw material costs and trade flows, underscoring the importance of building resilient and adaptable supply chain systems.