Which field currently has the fastest growing demand for color coated aluminum discs?

Color coated aluminum discs (CCADs) are circular aluminum substrates coated with polyester, PVDF or water-based eco-friendly coatings, featuring lightweight, superior thermal conductivity, corrosion resistance and customizable exterior colors. For decades, cookware and architectural decoration dominated CCAD consumption. However, updated 2025-2026 global metal material market data verifies that the new energy supporting industry has surpassed traditional downstream sectors to become the field with the fastest-growing demand for CCADs, with a compound annual growth rate (CAGR) reaching 9.2%, nearly twice that of the home appliance cookware sector. This article analyzes demand divergence across mainstream application fields, core growth drivers and upcoming industry constraints.

1. Demand Growth Ranking of Mainstream CCAD Application Fields

Based on statistics from Verified Market Reports and domestic non-ferrous metal industry research institutions, the growth rate of CCAD demand across four core downstream sectors from 2024 to 2026 is sorted as follows:

1. New energy supporting industry (9.2% CAGR): The top growing segment, covering energy storage cabinet outer shells, distributed photovoltaic accessory discs, lithium battery heat dissipation baffles and wind power small-scale decorative structural parts

2. Automotive lightweight interior accessories (5.1% CAGR): Used for EV interior decorative discs and motor heat insulation covers, limited growth due to strict automotive coating certification cycles

3. Architectural indoor decoration (3.8% CAGR): Including integrated ceiling discs and indoor wall decorative round panels, growth slowed by saturated real estate construction globally

4. Cookware manufacturing (2.1% CAGR): The largest traditional consumption field accounting for 55% of total CCAD shipment volume, but market demand is nearly saturated with low incremental growth

Notably, although cookware still occupies the largest market share in absolute consumption, its marginal demand has stagnated. All newly added CCAD market demand in 2025 contributed 42% from new energy supporting scenarios alone.

2. Core Drivers Behind New Energy Industry’s Rapid Demand Expansion

Functional performance matching new energy operational requirements

New energy equipment requires materials that can withstand long-term outdoor high temperature, humidity and ultraviolet radiation. Traditional bare aluminum discs are prone to oxidation and surface corrosion within two years of outdoor use. In contrast, PVDF color coated aluminum discs have an outdoor service life of over 15 years and pass ISO 2409 cross-cut adhesion tests without coating peeling. Meanwhile, CCADs retain aluminum’s thermal conductivity of 120-150 W/m·K, which meets the passive heat dissipation needs of lithium battery PACK shells. Unlike steel discs, CCADs reduce equipment dead weight by 43%, cutting transportation and installation costs for distributed photovoltaic projects.

Global dual-carbon policy mandatory promotion

Over 130 countries have issued carbon neutrality roadmaps requiring energy storage and photovoltaic equipment to adopt recyclable structural materials. Color coated aluminum boasts a 95% material recycling rate without performance degradation, far higher than composite plastic decorative materials. The EU’s Circular Economy Action Plan explicitly bans non-recyclable outer casing materials for outdoor new energy equipment starting from 2027, directly pushing European energy storage manufacturers to replace plastic parts with CCADs. In the Asia-Pacific region, China’s large-scale energy storage base construction plans have driven local CCAD order volume up 67% year-on-year in Q1 2026.

Customized dimensional and coating iteration capability

New energy equipment requires non-standard circular aluminum accessories with diameters ranging from 80mm to 1200mm, while traditional cookware aluminum discs focus on fixed sizes of 200mm-500mm. Leading CCAD manufacturers have upgraded automated die-cutting lines to realize one-piece forming of non-standard discs, and developed anti-static matte coatings exclusive for battery external use. This targeted technical iteration solved the pain point of material mismatch that restricted new energy adoption before 2023.

3. Why Traditional Fields Fail to Maintain High Growth

Cookware market saturation and substitution competition

Household non-stick cookware penetration has exceeded 89% in developed economies and 72% in emerging markets. Meanwhile, enamel and stainless steel cookware are seizing mid-end market share. Food-grade coated aluminum discs also face stricter FDA and LFGB safety reviews, raising production costs and suppressing demand expansion.

Construction decoration demand sluggishness

Global commercial real estate construction starts declined 11.3% in 2025. Indoor decorative aluminum discs are facing substitution from low-cost PVC circular decorative panels. Only high-end outdoor building facade scenarios still maintain steady but slow demand growth.

4. Potential Challenges Restricting Future Demand Growth

Despite robust growth momentum, the new energy CCAD sector faces two prominent risks. First, high-end anti-corrosion PVDF coating raw materials are monopolized by overseas chemical enterprises, leading to periodic raw material price fluctuations. Second, inconsistent environmental standards for water-based coating production across regions cause export compliance risks for CCAD exporters. In response, manufacturers are accelerating localized coating material supply chains and unified VOC emission production standards to stabilize long-term supply.

5. Conclusion

To sum up, the new energy supporting industry is currently the fastest-growing demand field for color coated aluminum discs, driven by material performance advantages, dual-carbon policy incentives and targeted technical upgrades. In the next five years, its demand share is expected to rise from 15% in 2025 to 27% by 2030, gradually narrowing the gap with architectural decoration. Traditional downstream fields will only maintain low single-digit steady growth, focusing on product renewal rather than incremental expansion.