What links electric cars, urban skylines, beverage cans and solar farms stretching across a desert? The answer is aluminium, which is steadily tightening its grip on the modern economy, and the numbers tell a story of consistent, broad-based expansion. Global aluminium consumption in the end user sectors rose from 96.92 million tonnes in 2023 to 100.8 million tonnes in 2024 - a year-on-year increase of about 4.0 per cent. The pace is moderate but firm. Demand is projected to reach 104.01 million tonnes in 2025, up another 3.2 per cent, before climbing to 106.8 million tonnes in 2026, a further 2.7 per cent rise.
This is not a short-term spike. It reflects a structural shift driven by transportation, construction and the accelerating green transition that is embedding aluminium deeper into global supply chains. In 2025, aluminium use was led by transportation with a 28 per cent share, followed by building and construction at 22 per cent. Packaging accounted for 16 per cent, electrical and electronics 15 per cent, industrial applications 8 per cent, and the remaining 11 per cent was spread across other uses.
Transportation: The engine of expansion
If one sector is steering aluminium’s upward curve, it is transportation. Consumption in this segment is projected at 28.58 million tonnes in 2025, up from 27.52 million tonnes in 2024 and 26.29 million tonnes in 2023. That represents year-on-year growth of 4.7 per cent in 2024 and 3.9 per cent in 2025. The outlook for 2026 points to another 2.76 per cent increase. For more accurate 2026 data, download Global Aluminium Industry Outlook 2026.
Automakers are intensifying aluminium use to reduce vehicle weight and improve efficiency. The rapid scale-up of electric vehicle production is adding structural strength to demand, as EVs require greater aluminium content for lightweighting and battery housings.
Building & Construction: A measured recovery
Construction remains the second-largest consumer, accounting for 22 per cent of demand in 2025, or 22.72 million tonnes. Volumes have moved up steadily - from 21.84 million tonnes in 2023 to 22.18 million tonnes in 2024 (a 1.6 per cent increase), and then to 22.72 million tonnes in 2025 (a 2.4 per cent rise). Among all major segments, building and construction is projected to post the fastest growth in 2026 at about 2.77 per cent.
Infrastructure expansion and real estate activity continue to provide the base. Developed European markets are showing signs of recovery, while emerging regions maintain stable momentum, particularly in roofing and building materials.
For 2026 aluminium market outlook, download our report TOC: Global Aluminium Industry Outlook 2026
Packaging: Circularity at work
Packaging is set to absorb 16.70 million tonnes in 2025, up from 16.13 million tonnes in 2024 and 15.19 million tonnes in 2023. That translates into growth of 6.2 per cent in 2024 and 3.5 per cent in 2025. A further 2.75 per cent increase is expected in 2026.
Although higher costs and consumer sensitivity to price increases have created pressure, aluminium foil and beverage cans remain resilient. Sustainability policies are reinforcing aluminium’s position, particularly as about 75 per cent of all aluminium ever produced remains in circulation.
Rising global consumption of canned beverages - from soft drinks and energy drinks to craft beers - alongside the shift toward recyclable packaging formats, continues to sustain demand for sheets, foil and aerosol cans.
Electrical & Electronics: Energising the shift
Electrical and electronics applications are projected to account for 15.83 million tonnes in 2025, representing 15 per cent of global demand. The expansion has been pronounced - from 12.86 million tonnes in 2023 to 14.11 million tonnes in 2024 (up 9.7 per cent), and further to 15.83 million tonnes in 2025 (up 12.2 per cent). Growth of around 2.53 per cent is forecast for 2026.
The global energy transition is a decisive force. Solar panel frames, wind turbine components, grid upgrades and transmission infrastructure rely heavily on aluminium conductor wire and cable.
Artificial intelligence is adding a new layer of intensity. The rapid construction of AI data centres requires substantial aluminium extrusions. These facilities consume vast amounts of energy - often exceeding that of a primary aluminium smelter - prompting additional energy capacity expansions that reinforce aluminium demand. Meanwhile, consumer electronics manufacturers continue to favour aluminium for its thermal conductivity in heat sinks, casings and high-performance components.Read Global Aluminium Industry Outlook 2026 for an indepth view
Industrial & Other Applications: Quiet but consistent
Industrial applications are projected to reach 8.75 million tonnes in 2025, compared with 8.37 million tonnes in 2024 and 8.29 million tonnes in 2023. That marks a modest 1.0 per cent rise in 2024 and a stronger 4.5 per cent increase in 2025. Growth of about 2.63 per cent is anticipated in 2026.
Machinery and equipment manufacturing remains central, supported by aluminium’s strength-to-weight ratio. Demand for wire rod, extrusions and other semi-finished products has also increased.
Other sectors, representing 11 per cent of total consumption or 11.44 million tonnes in 2025, followed volumes of 12.30 million tonnes in 2023 and 12.5 million tonnes in 2024. While 2024 saw a 1.6 per cent increase, 2025 reflects an 8.5 per cent adjustment lower. Growth in this category is expected to moderate to around 2.45 per cent in 2026. Rising global defence spending and large-scale government infrastructure investments - including those in the United States and India - are supporting diversified applications.
Which regions drive the highest aluminium consumption?
China’s aluminium consumption is estimated at around 56 million tonnes in 2025, reflecting the scale of its economy. Construction accounts for roughly 33 per cent of total use, anchored by infrastructure expansion and urbanisation. The automotive sector has become a powerful growth engine. Aluminium use in China’s automotive industry has risen from 3.8 million tonnes in 2018 to nearly 7.5–8 million tonnes by 2025 - effectively doubling in seven years - driven largely by electric vehicles that use 1.5–2 times more aluminium.
Packaging is another defining pillar. China accounts for about 60 per cent of global aluminium foil usage, underscoring its dominance as sustainability trends support foil and can demand.
United States: Efficiency and energy
The United States, with apparent consumption of around 6 million tonnes, is supported by automotive, aerospace and construction demand. Consumption reached 4.9 million tonnes in 2024, even as domestic production gaps persist.
Tightening fuel efficiency standards and the shift toward lightweight vehicles are increasing aluminium intensity. Clean energy initiatives are strengthening demand for grid infrastructure and renewable systems. Beverage cans remain a stable pillar, while national security applications - including drones - contribute incremental growth.
India: Infrastructure momentum
India’s apparent consumption of around 5.1 million tonnes reflects infrastructure and industrial expansion. Government spending of INR 10 lakh crore in FY24 and smart city development have pushed construction to account for roughly 40 per cent of demand.
With electric vehicle penetration targeted at 30 per cent by 2030, automotive aluminium use is rising. Investments in power transmission and renewable energy are supporting electrical demand, while packaging growth and solar installations add further strength. Consumption is projected to reach 5.52 million tonnes in 2024–25.
Europe: Automotive and foil stability
Europe’s light vehicle production is estimated to reach approximately 16.9 million units in 2025, supported by stronger performance across the EU and Turkey - reinforcing aluminium demand. Aluminium foil consumption in Europe reached around 1 million tonnes in 2024, representing roughly 16 per cent of global demand. Usage is estimated at about 1.05 million tonnes in 2025, implying around 5 per cent growth, with a further 2.86 per cent increase projected in 2026.
Aluminium’s growth is not confined to a single industry or geography. It is embedded in vehicles becoming lighter, cities becoming taller, grids becoming smarter and packaging becoming more circular. From 96.92 million tonnes in 2023 to a projected 106.8 million tonnes in 2026, the trajectory reflects steady year-on-year expansion rather than volatility. In an era defined by electrification, efficiency and sustainability, aluminium is not merely keeping pace - it is becoming indispensable.
2026年全球铝消费量将达1.068亿吨｜需求增长动因与核心消费区域分析
一、全文概要
新能源车、城市摩天楼宇、饮料易拉罐与荒漠连片光伏电站，看似毫无关联，却由同一种材料紧密串联 —— 铝。铝材在现代经济中的应用渗透率持续攀升，各项数据也印证其需求正全方位稳步增长。随着各行业轻量化、低碳化转型深入，全球铝消费保持稳步扩容：2023年全球终端铝消费量9692万吨，2024年增至1.008亿吨，同比涨幅4%；2025年需求进一步升至1.0401亿吨（+3.2%），2026年预计达到1.068亿吨，同比再增2.7%。
本轮需求上行并非短期行情脉冲，而是由交通运输、建筑地产、全球绿色能源转型带来的结构性增长。2025年全球铝消费分领域占比：交通运输28%、建筑22%、包装16%、电子电气15%、通用工业8%、其他细分领域11%。
交通运输是拉动铝消费增长的核心板块：2023年用铝2629万吨→2024年2752万吨（+4.7%）→2025年2858万吨（+3.9%），2026年预计继续上涨2.76%。
车企加大铝材使用以实现车身轻量化、提升燃油/电能利用率；新能源车量产快速扩张，车身结构件、动力电池壳体大幅抬升单车用铝量，从底层支撑铝需求稳步上行。
建筑为全球第二大铝消费领域，2025年消费量2272万吨，占总需求22%；2023年2184万吨→2024年2218万吨（+1.6%）→2025年2272万吨（+2.4%），2026年预计增速2.77%，为全行业最高。
全球基建投资与地产开工构成基本盘：欧洲成熟市场地产逐步回暖，新兴经济体屋顶、建材需求维持稳健。
2023年包装用铝1519万吨→2024年1613万吨（+6.2%）→2025年1670万吨（+3.5%），2026年预计+2.75%。
尽管原料涨价带来成本压力，但铝箔、饮料易拉罐需求韧性极强。全球约75%已生产铝材可循环复用，各国可持续政策持续巩固铝包装优势；碳酸饮料、功能饮料、精酿啤酒罐装需求提升，叠加全行业可回收包装替代趋势，持续带动铝板、铝箔、气雾罐用料需求。
2023年电气电子用铝1286万吨→2024年1411万吨（+9.7%）→2025年1583万吨（+12.2%），2026年增速约2.53%。
全球能源转型是拉动铝需求的关键推手。光伏边框、风电零部件、电网改造与输电基建，均高度依赖铝制导电线缆。人工智能产业进一步催生新增用铝需求：大批AI数据中心集中开建，消耗海量铝型材。这类算力园区耗电量极高，甚至远超一座原铝冶炼厂，倒逼各地新增电力配套项目建设，间接再度提振铝消费。与此同时，凭借优异的导热性能，铝材仍是消费电子厂商的首选原料，广泛用于散热器、整机外壳及各类高性能零配件。
2025年工业领域铝消费量预计达875万吨，2024年、2023年用量分别为837万吨、829万吨；2024年小幅增长1.0%，2025年增速提升至4.5%，预估2026年增幅约2.63%。机械设备制造是工业用铝核心刚需，依托铝材出色的比强度优势持续放量，铝杆、铝挤压型材及各类铝半成品需求同步走高。
其余各类零散应用合计占全球铝总消费量11%，2025年消费1144万吨，2023年、2024年分别为1230万吨、1250万吨；该品类2024年需求同比上涨1.6%，2025年回落8.5%，预计2026年回暖，增速约2.45%。全球各国国防预算抬升，叠加美国、印度等国大额基建落地投资，持续带动铝材多元化场景消费。
- 汽车：2018年车用铝380万吨，2025年达750万～800万吨，7年近乎翻倍；新能源车单车用铝量为燃油车1.5~2倍，成为核心增量；
- 包装：国内铝箔用量占全球60%，可持续政策持续拉动罐料、铝箔需求。
2.美国：高端制造+清洁能源带动需求
2024年铝表观消费量490万吨，2025年升至约600万吨。车企轻量化、航空航天、地产为基本盘；燃油标准收紧倒逼车用铝增加；清洁能源倡议加强了对电网基础设施和可再生能源系统的需求。饮料罐仍然是一个稳定的支柱，而国家安全应用（包括无人机）则贡献了增量增长。
印度铝的表观消费量约为510万吨，反映了其基础设施和工业扩张。2024财年政府10万亿卢比的支出和智慧城市的发展已使建筑需求约占总需求的40%。
随着到2030年电动汽车普及率目标达到30%，汽车用铝量正在上升。对电力传输和可再生能源的投资支撑了电气领域的需求，而包装增长和太阳能装置则进一步增强了需求。预计2024-25年消费量将达到552万吨。
2025年欧盟+土耳其轻型车产量约1690万辆，支撑车用铝需求；2024年欧洲铝箔消费量100万吨（占全球16%），2025年105万吨（+5%），2026年再增2.86%。
铝材需求增长并非局限于单一行业或个别区域。汽车轻量化、城市高层建筑落地、智能电网建设、包装循环化转型，各行各业均离不开铝材。全球铝消费量由 2023 年的 9692 万吨稳步攀升，预计 2026 年增至 1.068 亿吨，整体走势逐年平稳上行，不存在剧烈波动。身处电气化、节能增效与绿色可持续发展的时代浪潮中，铝材不止顺应产业发展大势，已然成为不可或缺的关键原材料。
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