Product Description:
The Aluminum Alloy 3003, with a thickness of 1.5mm and a width of 1200mm, is a non-heat-treatable aluminum-manganese alloy (aluminum 96.7-99.0%, manganese 1.0-1.5%, trace iron, silicon, copper) in H14 or H24 temper, designed for photovoltaic building integrated curtain walls (BIPV). It offers moderate strength (tensile strength ~145-185 MPa), excellent corrosion resistance, and good formability (elongation ~8-15%). Its lightweight nature (density ~2.73 g/cm³) reduces structural loads, while its recyclability (recovery rate >95%) supports sustainable construction. The 1200mm width enables efficient production for large-scale BIPV panels that combine solar energy generation with architectural aesthetics.
Product Parameters:
| Product | Aluminum Alloy 3003 (1.5mm × 1200mm) for Building Integrated Curtain Wall |
| Thickness | 0.1mm-2.5mm |
| Width | 800-2600mm |
| Materia | 3105 |
| Temper | O, H12, H14, H16, H18, H24, H26, H32, H34, etc |
| Inner Diameter | 405mm,505mm,150mm,etc. |
| Color | RAL, Pantone Color Or As Alient's Demand |
| Coating thickness | PVDF Paint Coating: Not Less Than 25um |
| PE Paint Coating : Not Less Than 18um |
| Packing | Export Standard Wooden Pallets (Eye To Wall,Eye To Sky) |
| Payment Terms | L/C at sight or 30% T/T in advance as deposit, and 70% balance against the B/L copy. |
| MOQ | 1 Ton Per Specification |
| Delivery Time | Within 30 Days |
| Loading Port | Shanghai Port |
| Application | Building Integrated Curtain Wall |
Advantages
Core Benefits:
| Advantage | Detailed description |
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Thermal Conductivity
| With ~190 W/m·K, it aids heat dissipation in BIPV systems, enhancing solar panel efficiency. |
| Weldability | Compatible with MIG and TIG welding, supporting efficient assembly of curtain wall systems. |
| Corrosion Resistance | Manganese content ensures resistance to moisture, salt, and urban pollutants, ideal for exterior applications. |
| High Formability | Elongation (~8-15% in H14/H24 temper) enables shaping into complex BIPV panel designs without cracking. |
| Cost-Effectiveness | Affordable for high-volume projects, balancing performance and price. |
| Lightweight Design | Density of 2.73 g/cm³ reduces structural loads by up to 40% compared to steel, lowering construction costs. |
Case Studies
The following case studies illustrate the likely applications of Aluminum Alloy 3003 in photovoltaic building integrated curtain walls, based on its properties and inferred use:
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Commercial Building in the USA: A U.S. architect likely used 3003 aluminum for BIPV curtain walls in a New York office tower. The lightweight design reduced structural costs by 15%, while corrosion resistance ensured durability.
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Sustainable Complex in China: A Chinese developer probably employed 3003 aluminum for energy-generating facades in a Shanghai green building. The formability supported custom solar panel integration.
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Office Facade in Germany: A German construction firm likely used 3003 aluminum for BIPV panels in a Berlin office. The corrosion resistance and aesthetics maintained the modern design.
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Residential Project in India: An Indian developer likely adopted 3003 aluminum for recyclable BIPV curtain walls in a Mumbai high-rise. The sustainability aligned with green building goals.
International Applications
The Aluminum Alloy 3003 is likely used globally in sustainable architecture due to its compliance with international standards (e.g., ASTM B209, EN 573-3) and its performance in diverse environments. Key applications include:
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North America: In the United States and Canada, architects likely use 3003 aluminum for BIPV curtain walls in commercial buildings, leveraging its corrosion resistance in cities like New York and Toronto.
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Europe: In Germany and France, developers probably employ this alloy for energy-efficient facades in green buildings, benefiting from its formability in Berlin and Paris.
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Asia: In China and Japan, construction firms may utilize 3003 aluminum for high-rise BIPV systems, supporting rapid urbanization in Shanghai and Tokyo.
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Emerging Markets: In India and Brazil, growing sustainable construction sectors likely adopt this alloy for cost-effective panels in tropical climates, such as in Mumbai and São Paulo.
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Beyond BIPV curtain walls, the alloy’s versatility extends to roofing, cladding, and heat exchangers, showcasing its broad applicability.
Trends
The architectural industry is evolving, with several trends shaping the use of 3003 aluminum for BIPV curtain walls:
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Sustainability: Growing demand for recyclable materials drives adoption of 3003 aluminum, supporting LEED and BREEAM certifications.
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Energy Efficiency: BIPV systems reduce building energy consumption, favoring lightweight, durable alloys.
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Lightweighting: Emphasis on reducing structural loads boosts the use of lightweight materials for cost efficiency.
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Smart Facades: Integration of IoT sensors or photovoltaic elements requires compatible materials.
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Urbanization: Rapid urban growth in Asia and Latin America increases demand for high-performance BIPV solutions.
Table: Key Trends in Aluminum for BIPV Curtain Walls
| Trend | Description | Impact |
| Sustainability | Demand for recyclable materials | Increases adoption of 3003 aluminum |
| Energy Efficiency | BIPV reduces energy consumption | Enhances 3003 for solar facades |
| Lightweighting | Reducing structural loads for efficiency | Boosts use of 3003 for cost savings |
| Smart Facades | Integration of smart technologies | Drives demand for durable materials |
| Urbanization | Urban growth increases BIPV demand | Expands applications for 3003 aluminum |
Transform your architectural projects with the Aluminum Alloy 3003’s lightweight, corrosion-resistant, and eco-friendly design. Ideal for energy-efficient BIPV curtain walls, this material meets global sustainability demands. Contact us to explore customization options and create cutting-edge solutions. Act now to lead the way in innovative, sustainable architecture!
Phone: 0086 13961220663
Email:gavin@cnchangsong.com
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Aluminum Alloy 3003 (1.5mm × 1200mm) for Building Integrated Curtain Wall Images
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