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China Aluminized Steel for Bakeware - Baking Sheets, Trays, Dishes | Suppliers & Factory Direct
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China Aluminized Steel for Bakeware - Baking Sheets, Trays, Dishes | Suppliers & Factory Direct

Aluminized Steel (Standard Type is an innovative material that undergoes a specialized hot-dip coating process, where both sides are coated with an aluminum or aluminum-silicon alloy. This advanced technique significantly improves the steel's natural properties, particularly enhancing its resistance to corrosion and rust. As a result, Aluminized Steel retains the strength, hardness, and exceptional mechanical properties typical of traditional steel, while also showcasing the appealing appearance of aluminum along with its exceptional antioxidant attributes, For businesses seeking durable materials, Aluminized Steel from China is a top choice. As a leading supplier, our factory produces high-quality Aluminized Steel (Standard Type that meets various industrial needs. The unique combination of features in this material makes it ideal for a broad spectrum of applications, making it a sought-after solution among manufacturers and builders alike. Choose Aluminized Steel for its enhanced capabilities and durability, and partner with trusted China suppliers for your next project

    Product Features

    Characteristics
    • The effective control of the solidification and crystallization process of the molten aluminum layer enables it to form a beautiful surface
    • Even surface and outstanding corrosion resistance due to the sacrificing effect of aluminum
    • Outstanding corrosion resistance / heat resistance, paintability
    Applications
    • Home / Kitchen appliances
    • Automobile parts
    • Painting and assembly systems
    • Steel cans

    Product Structure

    Product Structure

    Standard Comparison

    Classification KS D3544 JIS G3314 ASTM A463 DIN EN 10346 GB/T 18592
    Commercial Quality SA1C SA1C CQ DX51D DX51D
    Drawing Quality SA1D SA1D DQ DX52D, 53D DX52D, 53D
    Extra / Deep Drawing Quality SA1E SA1E DDQ-EDDQ DX54D-DX56D DX54D-DX56D

    Minimum Coating Weight (Double Side)

    Coating weight symbol KS D 3544 JIS G 3314 ASTM A 463 DIN EN 10346 GB/T 18592
    40 g/m² 40 g/m² 40 g/m² T1-13 (40 g/m²)
    60 g/m² 60 g/m² 60 g/m² AS 060
    80 g/m² 80 g/m² 80 g/m² T1-25 (75 g/m²) AS 080 AS 80
    100 g/m² 100 g/m² 100 g/m² AS 100 AS 100
    120 g/m² 120 g/m² T1-40 (120 g/m²) AS 120 AS 120

    Aluminized Steel is available in two main types, Type 1 and Type 2, each offering its own set of benefits and applications. Type 1 is coated with a thin layer of aluminum-silicon alloy, typically containing 5% to 11% silicon to improve adherence. This specific composition makes it ideal for applications requiring heat resistance, such as automotive components and industrial equipment. Additionally, its corrosion resistance and ability to withstand high temperatures make it a preferred choice for environments where durability and performance are paramount.

    About this product:
    1. High-Quality Composition for Enhanced Performance
    Aluminized Steel (Standard Type 1) is crafted with a precise aluminum-silicon alloy coating (5% to 11% silicon), designed to deliver exceptional adherence and performance. This composition excels in heat resistance, making it an ideal material for demanding applications like automotive components and industrial equipment. Its superior corrosion resistance and durability in high-temperature environments set it apart as a reliable choice for critical projects.

    2. Versatility Across Industries
    The unique properties of Aluminized Steel (Standard Type 1) ensure its versatility across a wide range of industries. From industrial machinery to commercial products, it provides manufacturers and builders with a cost-effective solution that balances strength, resilience, and functionality.

    3. A Material That Delivers Results
    Combining the benefits of steel and aluminum, Aluminized Steel (Standard Type 1) offers a powerful blend of durability, heat resistance, and corrosion protection. Its proven capabilities make it a go-to choice for projects demanding high performance and longevity, no matter the scale or complexity.

    Conclusion: Unmatched Excellence for Your Needs
    Aluminized Steel (Standard Type 1) is more than just a material—it's a promise of quality and reliability. Whether you’re tackling automotive, industrial, or commercial challenges, this superior steel type is engineered to exceed your expectations and deliver outstanding results in every application.

    Application

    Baking sheet
    Baking sheet
    Bread Mold
    Bread Mold
    Cookie Mold
    Cookie Mold
    Roast pan
    Roast pan
    Bakeware
    Bakeware
    Bread Baking Pan
    Bread Baking Pan

    Frequently Asked Questions

    QWhat is the main difference between Type 1 and Type 2 Aluminized Steel?
    Type 1 is coated with an aluminum-silicon alloy (containing 5% to 11% silicon) to improve coating adherence, making it ideal for high-temperature and heat-resistant applications. Type 2 is typically coated with pure aluminum and is optimized for atmospheric corrosion resistance.
    QWhat are the typical applications for Aluminized Steel?
    It is widely used in automotive parts, home and kitchen appliances, painting and assembly systems, steel cans, and commercial bakeware such as baking sheets, bread molds, and roast pans.
    QHow does Aluminized Steel achieve its outstanding corrosion resistance?
    The outstanding corrosion resistance is achieved through the sacrificing effect of the aluminum layer combined with the structural strength of the steel core, providing protection against both oxidation and heat.
    QWhat international standards does this product comply with?
    Our Aluminized Steel complies with major international standards including KS D3544 (Korea), JIS G3314 (Japan), ASTM A463 (USA), DIN EN 10346 (Europe), and GB/T 18592 (China).
    QWhat coating weights are available?
    We offer a range of double-sided coating weights including 40 g/m², 60 g/m², 80 g/m², 100 g/m², and 120 g/m² to suit different environmental and industrial requirements.