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Aluminum (LAIZ/AHD – LME) |
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| Size | Full |
| Exchange | LME ( London Metal Exchange ) |
| Commodity code | LAIZ/AHD |
| Contract lot value (market price) | Commodity price * contract size |
| Contract size | 25 tons |
| Margin (changes according to MXV) | 10% of contract lot value |
| Trading price step | $0.5 ~ $12.5/lot |
| Quoted unit | Usd/ton |
| Profit/loss fluctuation $1/lot | $25 |
| Trading period | 03 months from the date the contract is listed |
| Trading schedule | Monday – Friday |
| Trading session (winter opens 60 minutes late) | 07:00 – 01:00 (next day) |
| Price range | 12% closing price |
| Quality standard | Details according to LME Aluminum trading regulations. |
| Delivery Registration Date | According to MXV regulations |
| First notice day | According to MXV regulations |
| Last trading day | The trading day immediately preceding the expiration date. |
| Payment method | Physical delivery |
Aluminum is one of the commodities attracting significant interest from investors in the commodities derivatives market, thanks to its high liquidity and global scale. This material is a flagship product traded on the London Metal Exchange (LME). Investing in aluminum offers numerous opportunities and benefits for investors as well as enterprises operating in aluminum production and export.
To gain a clearer understanding of this metal, please follow the article below by Edu Trade.

LME Aluminum:
Aluminum is the most abundant metal in the Earth’s crust, accounting for approximately 8.2% by mass, and is the third most abundant element after oxygen and silicon. It is a silvery-white, soft, ductile, and lightweight metal with high reflectivity as well as excellent electrical and thermal conductivity. Aluminum is widely used across various industries, including construction (electrical wiring), transportation, electric vehicles, aviation, packaging for bottles, electronic products such as computers and mobile phones, and renewable energy, among others.
London Metal Exchange:
The London Metal Exchange (LME) is a global marketplace for futures and options contracts on base metals and certain other metals. It is the world’s largest metals trading exchange in terms of trading volume and liquidity. Established in 1877, the LME is headquartered in London, United Kingdom, and is currently owned by Hong Kong Exchanges and Clearing Limited (HKEX). The LME plays a vital role in global metal price discovery. The Exchange has updated its position limit system and position management framework to enhance market stability, with implementation expected from 2026. (according to Investing.com)
Supply and Demand:
Supply: LME aluminum supply is influenced by output from smelters worldwide, particularly in China, which accounts for approximately 60% of global production. Production caps, high energy costs, raw material disruptions, extreme weather conditions, or environmental restrictions can all affect aluminum prices. (according to Reuters)
Demand: Demand for LME aluminum comes from a wide range of industries, including construction, automotive manufacturing, packaging, aerospace, and renewable energy. Strong demand from these sectors can push aluminum prices higher, while weak demand may lead to price declines.
Prices of Substitute Products:
LME aluminum prices may be influenced by the prices of substitute materials such as steel and plastics. If steel or plastic prices are lower, demand for aluminum may decrease, resulting in lower LME aluminum prices. Conversely, higher steel or plastic prices may increase demand for aluminum, driving prices upward.
LME Inventory Levels and the Physical Market:
Aluminum inventories held in LME warehouses and the volume of cancelled warrants (aluminum withdrawn from the LME warehouse system) reflect the actual state of physical supply. When inventories decline and cancelled warrants increase, this often signals tightening conditions in the physical market and creates upward pressure on prices. (according to HDSteel)
Production Costs and Energy:
Aluminum production is highly energy-intensive. Fluctuations in electricity, coal, and gas prices can significantly alter production costs and drive volatility in LME aluminum prices.
Trade Policy and Geopolitics:
Tariffs, export restrictions, international sanctions (such as bans on Russian metals on major exchanges), and energy policies all contribute to heightened volatility in metal prices.
US dollar exchange rate:
Aluminum is traded in US dollars. Therefore, movements in the USD against other currencies directly affect LME aluminum prices. A stronger USD typically leads to lower LME aluminum prices, and vice versa.

As of December 2025, the LME aluminum market is reflecting several optimistic signals despite ongoing macroeconomic pressures:
In-depth product knowledge:
The first and most important requirement is a thorough understanding of LME aluminum contracts, including their specifications, trading rules, associated risks, and price drivers. Investors can obtain this information from reputable sources such as the London Metal Exchange, licensed brokerage firms, commodity investment news platforms, and specialized publications on the metals market.
Suitable for Hedging Strategies:
LME aluminum contracts are widely used for price hedging by producers, consumers, and other aluminum-related businesses. For example, an aluminum producer may purchase LME aluminum contracts to lock in future input costs, thereby mitigating losses caused by price volatility.
Monitoring Macroeconomic Indicators and the Physical Market:
LME inventory data, PMI indices, energy costs, and supply chain conditions are all valuable indicators for forecasting price movements.
Consulting Experts and Reputable Data Sources:
Monitoring reports from the LME, Reuters, and Fastmarkets, together with consultation from commodity market experts such as Edu Trade, can help investors develop well-informed investment strategies.
Consult Edu Trade Experts:
Edu Trade is a reputable provider of commodity investment training and consulting services in Vietnam. With a team of experienced experts and deep knowledge of the metals market, Edu Trade can offer valuable guidance on effective aluminum investment strategies.
The above provides a comprehensive overview of “Traded Commodities – LME Aluminum.” We hope this information helps investors gain deeper insight into this commodity and the commodities derivatives market. If you are interested in investing in LME aluminum, please contact Edu Trade via Hotline: 0866.212.677 for consultation and support.
Edu Trade – Leading Member of the Vietnam Commodity Exchange (MXV)
Theo quy định của sản phẩm Nhôm giao dịch trên Sở giao dịch Kim loại London (LME).
1. Nhôm nguyên chất có lượng tạp chất không lớn hơn thành phần hóa học của một trong các chỉ định đã đăng ký dưới đây:
a. P1020A trong Hồ sơ đăng ký quốc tế và Bắc Mỹ có tên “Chỉ Định Quốc Tế Và Giới Hạn Thành Phần Hóa Học Đối Với Nhôm Không Hợp Kim”
b. Al99.70 trong tiêu chuẩn GB/T 1196-2008 có tên “Nhôm thỏi không hợp kim dành cho việc nấu chảy lại”
Đối với các chứng quyền được tạo ra tính đến ngày 31 tháng 12 năm 2009, nhôm nguyên chất có độ tinh khiết tối thiểu 99,70% với hàm lượng sắt tối đa cho phép là 0.2% và hàm lượng silicon tối đa cho phép là 0.20%
2. Nhôm được giao dưới hình dạng thỏi, thanh chữ T và máng
3. Nhôm được giao theo hợp đồng phải theo thương hiệu được LME phê duyệt.
Chỉ định P1020A trong Hồ sơ đăng ký quốc tế và Bắc Mỹ
| Nguyên tố | Thành phần, % tối đa |
| Silic | 0.10 |
| Sắt | 0.20 |
| Kẽm | 0.03 |
| Gali | 0.04 |
| Vanadi | 0.03 |
| Nguyên tố khác mỗi loại ** | 0.03 |
| Nguyên tố khác tổng ** | 0.10 |
| Nhôm | Còn lại |
** Không có yêu cầu nào trong tiêu chuẩn này khi thiết lập các giá trị thành phần đối với các nguyên tố cụ thể nào khác.
Chỉ định Al99.70 trong tiêu chuẩn GB/T 1196-2008
| Nguyên tố | % Thành phần | |
| Nhôm | 99.70 | tối thiểu |
| Silic | 0.10 | tối đa |
| Sắt | 0.20 | tối đa |
| Kẽm | 0.03 | tối đa |
| Gali | 0.03 | tối đa |
| Đồng | 0.01 | tối đa |
| Magie | 0.02 | tối đa |
| Nguyên tố khác mỗi loại | 0.03 | tối đa |
| Tổng các loại tạp chất | 0.30 | tối đa |
Chứng từ được ban hành trước ngày 01 tháng 01 năm 2010 cũng có thể phải tuân thủ theo chỉ tiêu (C) dưới đây:
(C) Chỉ tiêu của Nhôm nguyên chất:
| Nguyên tố | Thành phần, % tối đa |
| Silic | 0.10 |
| Sắt | 0.20 |
| Nhôm | 99.70 % tối thiểu |
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