SHFE aluminum continues to rise, Guangdong-Shanghai price spread significantly attracts cargo transfers [SMM Spot Aluminum Midday Review]

Published: Sep 03, 2026 11:36 (GMT+8)

SMM, September 3:

The SHFE aluminum futures center moved higher today compared with yesterday. At the open, spot aluminum traded at premiums of 10-20 yuan/mt against the SHFE aluminum 2609 contract, with some east China cargoes moving to south China. Later, as aluminum prices rose, SHFE aluminum spot premiums fell from opening levels. The main transaction range for A00 aluminum ingot spot today was from parity to a premium of 20 yuan/mt.

SHFE aluminum futures rallied again, and with September peak-season demand falling short, downstream processing enterprises in the central China market showed sluggish buying sentiment and strong wait-and-see sentiment, leaving trading relatively thin. Suppliers also tended to sell aggressively when quoted premiums rose, and selling sentiment weakened accordingly. Ultimately, actual transaction prices in the central China market centered around discounts of 110-150 yuan/mt against the SHFE aluminum 09 contract.

Inventory-wise, aluminum ingot inventory in major consuming regions fell by 10,500 mt MoM today, with all three regions showing destocking.

Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and relying on SMM's internal database model. They are for reference only and do not constitute decision-making recommendations.

For any inquiries or for more information, please contact: lemonzhao@smm.cn
For more information on how to access our research reports, please contact:service.en@smm.cn
Related News
Overseas Primary Aluminum Premiums Near a Floor as Selling Pressure Eases [SMM Analysis]
37 mins ago
Overseas Primary Aluminum Premiums Near a Floor as Selling Pressure Eases [SMM Analysis]
Read More
Overseas Primary Aluminum Premiums Near a Floor as Selling Pressure Eases [SMM Analysis]
Overseas Primary Aluminum Premiums Near a Floor as Selling Pressure Eases [SMM Analysis]
37 mins ago
Greenland Mines Increases Stake in AnorTech, Boosting US Alumina Supply Chain Independence
58 mins ago
Greenland Mines Increases Stake in AnorTech, Boosting US Alumina Supply Chain Independence
Read More
Greenland Mines Increases Stake in AnorTech, Boosting US Alumina Supply Chain Independence
Greenland Mines Increases Stake in AnorTech, Boosting US Alumina Supply Chain Independence
Listed enterprise Greenland Mines announced that it has fully exercised its option to acquire an additional 9.9% stake in Canadian anorthosite producer AnorTech, increasing its shareholding to 19.9%. AnorTech owns the Gronne Bjerg project in Greenland and holds a proprietary, patent-pending process that can produce sustainable smelter-grade alumina and high-purity alumina from anorthosite without generating bauxite residue tailings; the process also yields multiple saleable by-products, including amorphous silica, calcium silicate, CO2-free refractory cement, 3D-printable cement, and alumina-based catalysts. Greenland believes the Gronne Bjerg project has the potential to become a raw material source for US smelter-grade alumina and high-purity alumina production, while US net imports in 2025 are estimated to have met approximately 71% of its alumina consumption. Greenland President Bo Møller Stensgaard stated that the company aims to establish a supply chain from Greenland to the US that can operate independently of Chinese refining, enabling more processing, manufacturing, and value creation in the US. This increased stake further expands its "North Atlantic Critical Metals Corridor" footprint, providing a potential alternative source for the US alumina supply chain and supporting US industrial self-sufficiency goals.
58 mins ago
Sichuan Jiuda Aluminum's $400M High-Tech Battery Materials Project Breaks Ground in Guangyuan
1 hour ago
Sichuan Jiuda Aluminum's $400M High-Tech Battery Materials Project Breaks Ground in Guangyuan
Read More
Sichuan Jiuda Aluminum's $400M High-Tech Battery Materials Project Breaks Ground in Guangyuan
Sichuan Jiuda Aluminum's $400M High-Tech Battery Materials Project Breaks Ground in Guangyuan
Recently, the high-tech battery materials project with an annual capacity of 50,000 mt, invested by Sichuan Jiuda Aluminum Co., Ltd. and constructed by Gongyi Xingrui Construction Engineering Co., Ltd., officially broke ground in the Yuanjiaba Aluminum Industrial Park of Guangyuan Economic and Technological Development Zone. The project has a total investment of 400 million yuan and is being built on the enterprise's own industrial land, covering an area of 25,073.89 m² (including 7,873.89 m² of the original No. 1 plant and 17,200 m² of newly applied land). The construction scope includes: building production facilities in the planned No. 1 plant on the west side (Class E, 1F, H=15m) and the new plant area, installing five high-precision battery aluminum foil production lines (each with an annual capacity of 10,000 mt of high-precision battery aluminum foil), while also forming an annual capacity of 6,000 mt of aluminum-copper composite plates and 2,400 mt of aluminum-copper composite foil, along with supporting auxiliary production facilities such as slitting, precision cutting, and annealing, as well as utility facilities including quality inspection, circulating water systems, and air compressor stations. The project is planned to be completed and put into operation in October 2026. Once reaching full production, it is expected to achieve an annual output value of 1.3 billion yuan, contribute 90.328 million yuan in taxes, and create employment for over 90 people. After completion and commissioning, the project will further improve the layout of the lithium battery new materials industry chain, enhance regional new energy industry capacity, and support the high-quality development of local green industries.
1 hour ago
Register to Continue Reading
Gain access to the latest insights in metals and new energy
Already have an account?Sign in here