Buy High-Purity 1050 Aluminium Sheet from China - Trusted Suppliers and Factory for Conductive Applications Companies, Factory

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The 1050 aluminium sheet is a premium high-purity aluminium product, featuring a minimum aluminium content of 99.50%. Renowned for its excellent conductivity and inherent resistance to corrosion, this aluminium sheet is a preferred choice among manufacturers and suppliers in China.

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Core Characteristics:

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Unmatched thermal and electrical conductivity makes it perfect for a variety of conductive applications.

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Superior formability and ductility ensure easy machining, bending, and welding, enhancing versatility in production processes.

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Cost-effective and soft, this malleable aluminium sheet is ideal for non-load-bearing applications, making it an ideal solution for various manufacturing needs.

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As one of the leading aluminium manufacturers, our factory is dedicated to providing high-quality 1050 aluminium sheets to meet diverse industrial requirements.

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Product Description

📋 Key Specifications
Product Name 1050 Aluminium Sheet / Plate
Typical Alloys Material Status Thickness (mm) Diameter (mm) Type Typical Products
1050 O, H12, H14, H16, H18, H22, H24, H26, etc. 0.2 - 200 50 - 1200 CC & DC Electrical conductors, transformer windings, and busbars.
Heat sinks, cookware, and food-contact components.
Decorative trim, signage, and light-duty fabrication parts.
Chemical Composition (%)
Si Fe Cu Mn Mg Zn Ti Other Al
0.064 0.251 0.003 0.002 0.002 0.007 0.02 0.12 99.531
📄 Description

1050 aluminium sheet is also known as EN AW-1050, AA1050, Al99.50, 1050 H14/H24/H18, pure aluminum sheet 1050, and belongs to the 1xxx series commercial pure aluminum.

Compared with 1100 aluminum sheet, 1050 has higher purity (≥99.50% Al), while 1100 is ≥99.00% Al. 1050 features better corrosion resistance, electrical conductivity, and thermal conductivity, whereas 1100 has slightly higher strength and formability for deep drawing. Both are non-heat-treatable and easy to fabricate.

1050's key advantages include excellent corrosion resistance, high electrical and thermal conductivity, outstanding workability, good weldability, and cost efficiency. It is lightweight, durable, and suitable for mass production.

Typical applications include electrical conductors, heat exchangers, lighting reflectors, building facades, signage, cookware, chemical equipment, and general sheet metal parts. It is widely used in construction, electrical engineering, food equipment, and transportation.

With stable performance and competitive pricing, 1050 aluminum sheet is one of the most popular pure aluminum grades for industrial and daily use.

Choose 1050 Aluminium Sheet over 1100 when higher purity, better corrosion resistance, and electrical conductivity are needed. It is preferred for chemical-resistant applications, signage, lighting, and HVAC parts. 1050 also offers superior surface finish and formability for deep drawing and decorative uses, while being cost-efficient for low-stress structural components.

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Excellent corrosion resistance for chemical & outdoor environments
High electrical & thermal conductivity (≥99.50% Al purity)
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Outstanding workability, weldability & deep-drawing formability
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Cost-efficient for mass production & low-stress structural use
🖼️ Detail Images
1050 Aluminium Sheet Detail 1
1050 Aluminium Sheet Detail 2
1050 Aluminium Sheet Detail 3
❓ Frequently Asked Questions (FAQ)
Q What is 1050 aluminium sheet and what makes it different from other aluminum alloys?
1050 aluminium sheet is a commercial pure aluminum alloy belonging to the 1xxx series, with a minimum aluminum content of 99.50%. It is also referred to as EN AW-1050, AA1050, or Al99.50. Compared to other alloys like 1100, 1050 offers higher purity, better corrosion resistance, superior electrical and thermal conductivity, and a finer surface finish, making it ideal for precision and high-conductivity applications.
Q What temper options are available for 1050 aluminium sheet?
1050 aluminium sheet is available in a wide range of temper conditions including O (annealed/soft), H12, H14, H16, H18, H22, H24, and H26. The "O" temper offers maximum softness and formability, while H1x and H2x tempers provide varying degrees of work-hardened and strain-hardened strength suitable for different structural and functional requirements.
Q What are the typical applications of 1050 aluminium sheet?
1050 aluminium sheet is widely used across multiple industries. Common applications include electrical conductors, transformer windings, busbars, heat sinks, heat exchangers, lighting reflectors, building facades, decorative trim, signage, cookware, food-contact components, chemical processing equipment, and general sheet metal fabrication parts. Its high purity and conductivity make it especially suitable for electrical and thermal management applications.
Q What thickness and size range is available for 1050 aluminium sheet?
1050 aluminium sheet is available in a thickness range of 0.2 mm to 200 mm and a width/diameter range of 50 mm to 1200 mm. Both CC (Continuous Casting) and DC (Direct Chill) casting types are available to meet different processing and quality requirements for various end-use applications.
Q When should I choose 1050 aluminium sheet over 1100 aluminium?
Choose 1050 aluminium sheet when your application requires higher aluminum purity (≥99.50% vs. ≥99.00% for 1100), superior corrosion resistance, better electrical and thermal conductivity, or a higher-quality surface finish. 1050 is the preferred choice for chemical-resistant environments, electrical conductors, lighting reflectors, HVAC components, and decorative applications. If slightly higher mechanical strength or deep drawing formability is the priority, 1100 may be considered instead.
Q Is 1050 aluminium sheet easy to fabricate and weld?
Yes. 1050 aluminium sheet is non-heat-treatable and is known for its excellent workability and weldability. It can be easily cut, bent, formed, rolled, and welded using standard aluminum fabrication techniques. Its outstanding formability makes it suitable for deep drawing and complex shapes, while its good weldability ensures reliable joining for structural and decorative assemblies. It is also cost-efficient for large-scale and mass production operations.

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