Aluminium billet inventories fell 34,700 mt on week

Published: Mar 25, 2021 17:30
SMM data showed that aluminium billet stocks across the five major consumption areas — Foshan, Wuxi, Huzhou, Changzhou and Nanchang — in China decreased 34,700 mt from a week ago to 198,200 mt as of Thursday March 25.

SHANGHAI, Mar 25 (SMM) – The outbound quantity of aluminium billet decreased 5,100 mt to 65,800 mt last week, which was mainly due to the fluctuation of aluminium prices at high and the tepid downstream restocking.

SMM data showed that aluminium billet stocks across the five major consumption areas — Foshan, Wuxi, Huzhou, Changzhou and Nanchang — in China decreased 34,700 mt from a week ago to 198,200 mt as of Thursday March 25.

Affected by the lower aluminium prices in the previous two days, there was centralized restocking in the downstream, and the outbound quantity surged, leading to a large short-term decline in aluminium billet inventories.

Inventories in Foshan, Wuxi and Huzhou fell sharply by 10,300 mt, 10,000 mt and 9,000 mt respectively, while inventories in Changzhou and Nanchang decreased slightly by 2,400 mt and 3,000 mt respectively.

The large decline of aluminium prices in the previous two days was in line with the psychological prices of downstream, while some downstream purchasing demand was consumed in advance despite improved restocking. If there is no obvious weakness in aluminium price next week, the downstream will still restock mainly for rigid demand. It is estimated that aluminium billet inventories will remain stable next week.


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
Eqonic Group Unveils Aluminum-Based Battery for Sustainable Energy Storage Solutions
37 mins ago
Eqonic Group Unveils Aluminum-Based Battery for Sustainable Energy Storage Solutions
Read More
Eqonic Group Unveils Aluminum-Based Battery for Sustainable Energy Storage Solutions
Eqonic Group Unveils Aluminum-Based Battery for Sustainable Energy Storage Solutions
[SMM Aluminum Express News] Eqonic Group has confirmed that aluminum is the core material behind its next-generation battery technology, positioning the metal as an alternative to lithium, sodium and rare earth-based chemistries. The UK company said its proprietary aluminum-based battery has successfully demonstrated laboratory-scale performance and is designed to offer improved safety, lower costs, greater recyclability and reduced reliance on critical minerals. Eqonic said the technology is initially targeting long-duration stationary energy storage, industrial applications and critical infrastructure rather than electric vehicles. The company is continuing research and commercialisation efforts, with support from the UK Government's Battery Innovation Programme to advance manufacturing and scale-up of its aluminum-based battery platform.
37 mins ago
Solid-State Battery: Crown New Materials Completes Client Sample Trial of Solid-State Battery Aluminum-Plastic Film, with Substantially Improved High-Temperature Resistance
37 mins ago
Solid-State Battery: Crown New Materials Completes Client Sample Trial of Solid-State Battery Aluminum-Plastic Film, with Substantially Improved High-Temperature Resistance
Read More
Solid-State Battery: Crown New Materials Completes Client Sample Trial of Solid-State Battery Aluminum-Plastic Film, with Substantially Improved High-Temperature Resistance
Solid-State Battery: Crown New Materials Completes Client Sample Trial of Solid-State Battery Aluminum-Plastic Film, with Substantially Improved High-Temperature Resistance
[Solid-State Battery: Crown Advanced Materials Completes Client Sample Trial of Solid-State Battery Aluminum-Plastic Film, Significantly Enhancing High-Temperature Resistance] On August 5, 2026, Crown Advanced Materials stated, while responding to investor inquiries on an interactive platform, that the company had strengthened the R&D of solid-state battery aluminum-plastic film in response to market demand and had completed client sample trials. The R&D team for the aluminum-plastic film addressed the high-temperature resistance needs of solid-state batteries by selecting a modified resin that withstands 120°C for the composite bonding material, which improved the interlayer peel strength by over 40% in an 85°C temperature environment and by over 50% in a 120°C temperature environment. This ensures the stability of the product's interlayer peel strength under high temperatures, providing a new technical solution for solid-state battery packaging materials.
37 mins ago
Data: SHFE, DCE market movement (Aug 06)
51 mins ago
Data: SHFE, DCE market movement (Aug 06)
Read More
Data: SHFE, DCE market movement (Aug 06)
Data: SHFE, DCE market movement (Aug 06)
The following table shows the ferrous and nonferrous metals movement on the SHFE and DCE on 06 Aug , 2026
51 mins ago