ASTM B209 3004-H19 Aluminum Coil

Short Description:

ASTM B209 3004-H19 aluminum coil for can stock, roofing and formed products. Specify thickness, width, coil ID, coil weight, surface and quantity for quotation review.


  • Alloy / Temper: 3004-H19
  • Standard: ASTM B209/B209M
  • Product Form: Aluminum coil / coiled sheet
  • Applications: Can stock, roofing and formed parts
  • Product Detail

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    ASTM B209 3004-H19 Aluminum Coil Overview

    ASTM B209 3004-H19 Aluminum Coil is a non-heat-treatable aluminum-manganese-magnesium alloy supplied in a heavily strain-hardened H19 temper. Compared with 3003 aluminum, 3004 provides higher strength while maintaining good corrosion resistance and suitability for high-volume forming applications.

    SASA ALUMINUM supplies 3004-H19 aluminum coil and coiled sheet with customized thickness, width, coil ID, coil OD, coil weight, surface and edge requirements. Material certificates, dimensional inspection and other quality documentation can be provided according to order requirements.

    3004-H19 Aluminum Coil Quick Information

    Alloy / Temper: 3004-H19
    Standard: ASTM B209 / B209M
    Product: Aluminum Coil / Coiled Sheet
    Surface: Mill Finish / Coated as Required
    Dimensions: Thickness, width, coil ID/OD and coil weight can be customized
    Documentation: MTC and inspection documents available as required

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    3004-H19 Aluminum Coil Specifications

    Alloy / Temper 3004-H19
    Product Form Aluminum Coil / Coiled Sheet
    Standard ASTM B209 / B209M or Agreed Specification
    Thickness Customized According to Order Requirements
    Width Customized According to Order Requirements
    Coil ID / OD Specified According to Processing and Handling Requirements
    Coil Weight Customized / Maximum Coil Weight Subject to Review
    Surface Mill Finish / Coated / Customized Surface
    Edge Mill Edge / Slit Edge as Required
    Certificate Material Test Certificate Available

    Material Characteristics

    • Non-heat-treatable aluminum-manganese-magnesium alloy.
    • H19 temper represents a heavily strain-hardened condition with higher strength than softer tempers.
    • Higher strength than 3003 aluminum for applications requiring stronger thin-gauge material.
    • Good corrosion resistance for general atmospheric and industrial environments.
    • Suitable for continuous forming and high-volume production when the ordered temper and gauge match the forming process.
    • Surface quality, flatness and edge condition can be specified for coating or automated production lines.

    Chemical Composition of 3004 Aluminum

    3004 aluminum is primarily alloyed with manganese and magnesium. The following composition is provided as a general reference; actual material chemistry should be confirmed by the applicable specification and material certificate.

    Element Mn Mg Fe Si Cu Zn Al
    3004 1.0-1.5% 0.8-1.3% ≤0.7% ≤0.3% ≤0.25% ≤0.25% Balance

    3004-H19 Mechanical Properties

    Mechanical properties of 3004-H19 aluminum coil depend on product thickness, manufacturing condition and applicable specification. H19 is selected when higher strength is required compared with softer 3004 tempers.

    Property Supply Consideration
    Tensile Strength According to ASTM B209/B209M and ordered thickness
    Yield Strength Depends on H19 condition and product gauge
    Elongation Depends on thickness and test orientation
    Temper H19 – heavily strain hardened

    3003 vs 3004-H19 vs 5052 Aluminum Coil

    The appropriate aluminum coil grade depends on required strength, forming performance, corrosion environment and downstream processing.

    Alloy Main Characteristic Relative Strength Relative Cost Typical Selection
    3003 Good formability and general corrosion resistance Lower Lower General sheet and formed components
    3004-H19 Higher strength Al-Mn-Mg alloy in hard temper Medium Medium Can stock, closures and high-strength thin-gauge products
    5052 Higher Mg content with improved strength and corrosion resistance Higher Higher Marine, transportation and more demanding formed components

    Quality Inspection

    Inspection requirements can be arranged according to the ordered specification and application. Typical verification for 3004-H19 aluminum coil may include:

    • Chemical composition verification.
    • Thickness and width measurement.
    • Coil ID, OD and weight inspection.
    • Tensile property verification when specified.
    • Surface and edge inspection.
    • Flatness and appearance inspection.
    • Material identification and traceability documentation.

    Applications of 3004-H19 Aluminum Coil

    3004-H19 aluminum coil is primarily selected for thin-gauge applications that require higher strength than common 3003 aluminum while retaining the corrosion resistance and processing advantages of the 3xxx series.

    • Can and container stock: suitable for selected can-body and closure applications according to purchaser specifications.
    • Closures and formed components: used where thin-gauge material requires higher strength after strain hardening.
    • Roofing and cladding: suitable for formed building products requiring lightweight construction and corrosion resistance.
    • Painted or coated coil: can be supplied for downstream coating and fabrication processes according to surface requirements.
    • Industrial sheet components: suitable for formed components where 3004-H19 strength and dimensional characteristics meet the design requirement.

    Ordering Information

    For an accurate quotation and technical review, please provide:

    • Alloy and temper: 3004-H19.
    • Applicable standard or customer specification.
    • Thickness and width.
    • Coil ID and maximum OD.
    • Required coil weight.
    • Surface or coating requirements.
    • Edge condition.
    • Mechanical property or forming requirements when applicable.
    • Quantity and destination.
    • Inspection, MTC, labeling and packaging requirements.

    Packaging

    3004-H19 aluminum coils are packed according to coil dimensions, surface requirements and transportation conditions. Packaging can include moisture-resistant wrapping, edge protection, core support, identification labels and export pallets or wooden cases.


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