Automotive Steel Market is segmented By Vehicle Type (Passenger Vehicles, Light Commercial Vehicles, Heavy Commercial Vehicles), By Application (Body ....
Market Driver - Growing Demand for Lightweight Vehicles for Better Fuel Efficiency
The automotive industry has seen growing pressures to improve fuel efficiency and reduce emissions from vehicles. Stricter environmental regulations are pushing automakers to develop technologies that can help lower the carbon footprint of personal transportation. Customers are also becoming increasingly environment-conscious and prefer vehicles that are sustainable.
One of the major strategies that automakers are adopting to meet these twin objectives of better mileage and regulatory compliance is light-weighting of vehicles. Automakers are turning to advanced high-strength steels (AHSS) and aluminum alloys that can provide the required strength and durability even at reduced thicknesses and weights.
However, extensive use of aluminum increases production costs significantly. AHSS allows automakers to re-engineer body structures and deploy complicated multi-material joining techniques to shed kilos without compromising on safety. This is a major driver for the automotive steel market to innovate further and introduce new advanced grades of steel that can help optimize weight without penalties.
Market Driver - Increased Adoption of AHSS for Safety and Performance
Compared to mild steel, AHSS grades can be as much as 3-4 times stronger and hence offer significant weight savings. At the same time, advanced processing has enabled these stronger steels to be efficiently formable and joinable for mass production.
OEMs are employing these steel types extensively in construction of pillars, door rings, rocker panels and other parts of body-in-white. As per estimates, a vehicle manufactured with AHSS can achieve over 25% weight savings compared to use of conventional steel alone. This is a major factor for driving higher fuel efficiency and performance ability too.
Automotive steel continues to provide an optimum balance of fortification and mass optimization thereby boosting the growth potential for this specialty steel category. Its ability to deliver on safety, sustainability, and driving dynamics is a winning value proposition spurring growth of the automotive steel market.
Market Challenge - Volatility in Raw Material Prices, Particularly Iron Ore and Energy Costs
The automotive steel market has been facing significant challenges due to the volatility in prices of raw materials that are crucial for steel production. Iron ore and energy costs constitute a major portion of the total operating expenses for steelmakers. Similarly, energy costs, especially that of coal and natural gas have fluctuated frequently depending on global demand-supply dynamics and geopolitical issues.
Volatile raw material prices pose serious issues for automotive steel producers to strategize and plan their production costs effectively. The unpredictable nature of input prices makes steel production a high-risk process. It also discourages long term contracts between steelmakers and automakers as steel prices included in such contracts quickly become unviable. The volatility often leads to periods of losses for steel companies when raw material prices surge. Overall, unstable iron ore and energy prices introduce significant challenges around cost management for the automotive steel market.
Market Opportunity - Growth of Electric Vehicles (EVs) Driving Demand for Lightweight Steel Grades
The rise of EVs presents a major opportunity for the automotive steel market. As EVs need to travel longer distances per charge, automakers are using automotive steel for reducing vehicle weight to improve driving range. This makes lightweight steel grades an attractive proposition for EV manufacturing.
The growing preference for EVs is expected to drive robust demand for these lightweight steel variants in the coming years. Steel producers have begun large investments to ramp up capacities of advanced grades aligned with EV material needs. As automakers aggressively work towards electrification goals, lightweight steels can help steel industry capture a significant share of this growing automotive steel market.