Group 1 - Sichuan Province aims to leverage its vanadium-titanium resource advantages to accelerate the development and high-quality utilization of these resources, transforming them into development momentum [1] - The province will support the construction of large-scale titanium chemical and titanium alloy application projects, increase the proportion of high-end sponge titanium, and enhance deep processing capabilities of titanium materials and alloys [1] - Sichuan plans to cultivate new industries such as vanadium alloys and vanadium battery energy storage, and actively create a national advanced manufacturing cluster for vanadium-titanium new materials [1] Group 2 - The province will enhance the input ratio of vanadium-titanium iron concentrate in long-process steel enterprises and support the flow of titanium slag by-product iron water into the steel industry, promoting deep integration of "vanadium-titanium + steel" [1] - Sichuan will participate in the revision of relevant standards to improve the titanium dioxide limit in blast furnace slag used for cement production, facilitating the collaborative development of the steel and building materials industries [1] - The province will support the local transformation and utilization of resources from the Hongge South vanadium-titanium magnetite, promoting projects such as the vanadium extraction project by Panzhihua Steel Group and the hydrogen metallurgy project by Chuanwei Group [2]

Core Viewpoint - The vanadium alloy industry in China is experiencing significant growth driven by government support, technological advancements, and a shift towards high-end, green, and clustered development. The industry is transitioning to a dual-demand structure of traditional and emerging needs, with expectations of price stabilization post-2025 as supply-demand dynamics improve [1][4][25]. Industry Overview - Vanadium alloys are metal materials based on vanadium, with applications in high-strength structures, nuclear industry, hydrogen storage, and superconductors. They exhibit excellent high-temperature stability, corrosion resistance, and mechanical strength, making them vital in aerospace, nuclear energy, and cutting-edge research [2][4]. Development Background - The Chinese government has increased its focus on strategic emerging industries, with vanadium alloys recognized as key materials. Policies have been established to support the development of vanadium-titanium resources, particularly in Sichuan, enhancing the industry's position and innovation capabilities [4][6]. Industry Chain - The vanadium alloy industry chain in China spans resource development, smelting, processing, and end-use applications. China holds the largest reserves of vanadium-titanium magnetite globally, with a complete industrial system supporting the entire lifecycle of vanadium alloys [9][11]. Current Industry Status - The industry is in a phase of "capacity optimization and demand transformation," with production and consumption showing a trend of initial growth followed by decline. The production capacity is projected to increase from 117,800 tons in 2018 to 135,300 tons by 2025, while actual production has fluctuated due to adjustments in the steel industry [17][19]. Price Trends - Vanadium alloy prices are closely linked to the steel industry cycle. In 2024, prices fell significantly due to weak demand from the steel sector, with a year-end price of 115,500 CNY/ton, a 20.34% decrease. However, prices began to recover in mid-2025 as new projects in energy storage and aerospace emerged [19][25]. Competitive Landscape - The competitive landscape of the vanadium alloy industry is characterized by a differentiated layout driven by resource and technology advantages. Leading companies like Vanadium Titanium Co. and HeSteel have established significant market shares and are focusing on high-purity vanadium and energy storage solutions [21][23]. Future Development Trends - The industry is expected to see diverse growth driven by hydrogen energy and nuclear power, with significant increases in demand for vanadium alloys in these sectors. The steel industry's transition towards high-end manufacturing will also reshape traditional demand patterns, while supply-side innovations will enhance the overall quality and sustainability of the industry [25][26][27].