The September sun illuminates aluminum sheets, casting light upon the anticipating eyes across the industrial chain. For the industry, the "Golden September and Silver October" peak season is not merely a calendar marker, but a manifestation of balanced supply-demand dynamics. Achieving success during this golden period relies not only on timing but also on firmly grasping new demands arising from consumption upgrades, precisely aligning with opportunities in industrial transformation, and ensuring that innovation on the supply side resonates with evolution on the demand side.
Reviewing the industry's performance in the first eight months of 2025, the standout segment has undoubtedly been industrial aluminum profiles-the current growth engine. Consumption of industrial aluminum has surpassed that of architectural aluminum profiles, while the downward trend in traditional architectural aluminum consumption persists. Relevant data indicates that in the first half of 2025, the penetration rate of new energy vehicles in China reached 44.3%. The average aluminum usage per vehicle has surged from 120kg a decade ago to 220kg today. Demand for high-end 6xxx and 7xxx series aluminum alloys for battery trays, cooling plates, and motor housings has experienced exponential growth. Photovoltaic frames and mounting structures have directly linked aluminum profiles to "energy infrastructure." According to industry statistics, global new PV installations in 2025 are projected to drive 5.5 million metric tons of aluminum consumption. Coupled with components for 5G base station heat dissipation, energy storage enclosures, and eVTOL airframes, aluminum is transitioning from an "optional" to an "essential" material.
This demand upgrade directly transmits pressure to the processing segment. The extensive development model characterized by "low processing fees" is becoming unsustainable. The industry is undergoing rapid differentiation, evolving from traditional manufacturing toward high-end, green, intelligent, and globalized development.
High-end Transformation – Shifting from low-value-added basic profile processing to manufacturing high-precision, highly complex finished products. Through the introduction of advanced processes such as five-axis machining centers and precision forging, product value-added increases several-fold or even dozens of times, meeting stringent requirements for material performance and dimensional accuracy in high-end equipment.
Green Transformation – Recycled aluminum billets and ingots are now being traded against futures contracts, effectively turning "scrap" into "raw material." Environmental principles and low-carbon technologies are being integrated into processing workflows, enabling a shift from "high energy consumption and high pollution" to "energy saving, emission reduction, and circularity."
Intelligent Transformation – Industrial IoT platforms integrate production data, enabling equipment interconnectivity, process optimization, and closed-loop quality traceability. Technologies such as robotic inspection, AI visual detection, and digital factories significantly enhance production efficiency and product consistency.
Global Transformation – Numerous enterprises are establishing production bases in Southeast Asia, Europe, and North America, building integrated global supply chain networks encompassing "R&D-procurement-manufacturing-service." This enables "local production, global delivery," bringing them closer to end markets while mitigating trade barriers.
The winds of September carry new demand from millions of metric tons for new energy vehicles; technological winds that disperse the haze of homogeneous competition; and green winds that blaze a sustainable trail from processing to end products. As the September breeze sweeps through storage yards, aluminum ingots gleam with a silvery-white luster, destined for extrusion, rolling, and CNC precision machining-transforming into battery trays, PV frames, smartphone mid-frames, and high-speed train bodyshells, embarking on journeys across the globe.
Standing at the threshold of September, the essence of the "Golden September and Silver October" remains the annual peak demand window for the industry. However, the competitive rules have fundamentally changed. Those who can meet upgraded demands with high-quality products, address customer pain points through deep service integration, and lead industry standards with digitalization and green-intelligent technologies will achieve counter-cyclical growth even in a softening peak season and capture incremental share within the Stock market..