3004 8 x 4 aluminum sheet for shutters


3004 8 x 4 Aluminum Sheet for Shutters: Blending Practicality with Performance

When it comes to selecting material for shutters—whether for homes, commercial buildings, or industrial applications—balancing durability, workability, and weather resistance is crucial. One product that often stands out in this domain is the 3004 8 x 4 aluminum sheet, a carefully engineered alloy designed to meet these exacting demands.

3004 Aluminum Alloy: The Backbone of Reliable Shutters

At its core, 3004 aluminum belongs to the 3xxx series of aluminum alloys, primarily alloyed with manganese. This gives it an edge over the pure aluminum sheet by enhancing strength without sacrificing formability. What makes 3004 particularly suitable for shutter applications is its excellent corrosion resistance and moderate strength—qualities that allow the shutters not only to withstand daily wear but also to endure environmental elements like rain, wind, and sun.

Chemical Composition (Typical % by Weight)
ElementComposition Range
Aluminum (Al)Balance
Manganese (Mn)1.0 – 1.5
Magnesium (Mg)0.5 – 1.0
Copper (Cu)0.15 max
Iron (Fe)0.7 max
Silicon (Si)0.6 max
Zinc (Zn)0.2 max

The balanced manganese and magnesium content enhance mechanical strength and corrosion resistance—which are essential for outdoor installation.

Dimensions Matter: The 8 x 4 Aluminum Sheet Format

The commonly available 8 x 4 feet size makes this sheet particularly practical for shutter manufacturing—offering an ideal blend of manageable dimensions that reduce wastage and straightforward handling during the fabrication process.

  • Thickness alternatives: Typically ranging from 0.4 mm to 1.0 mm, enabling manufacturers to select accordingly based on shutter design requirements.
  • Temper options: Often supplied in H14 or H24 temper, meaning that the sheets receive a controlled degree of strain hardening to increase strength while maintaining flexibility in forming.

Tempering and Mechanical Properties

The temper of the 3004 sheet significantly influences the shutter’s physical attributes. The two most popular tempers are:

PropertyH14 (Half Hard)H24 (Hardened and Partial Annealed)
Tensile Strength (MPa)140 – 205185 – 240
Yield Strength (MPa)90 – 175140 – 210
Elongation (%)3 – 83 – 6

Tempering allows balancing between ease of forming and sheet strength, usually leaning more towards structural stability for outdoor shutters.

Why 3004 Aluminum Sheets Are Ideal for Shutters

  1. Corrosion Resistance: Shutters face prolonged exposure to environmental factors such as humidity, saline air (in coastal areas), and atmospheric pollutants. The manganese in 3004 alloy provides substantial resistance against these corrosive elements.

  2. Formability: Ease of forming allows manufacturers to create distinctive shutter profiles, louvered structures, or curved shapes without cracking.

  3. Lightweight but Durable: Weight is a critical consideration; heavier materials strain hinges and frames. 3004 aluminum provides sturdy protection with significantly less weight than steel alternatives.

  4. Finished Aesthetic: The smooth surface of aluminum sheets lends itself well to paint adhesion, powder coating, or anodizing, giving a lasting appearance while offering extra protection.

Applicable Industry Standards

Conformance to standards ensures consistency and reliability:

  • ASTM B209 — Specifying the requirements for aluminum sheet and plate, including alloy composition and mechanical properties.
  • AA (Aluminum Association) Designation — Allows proper identification and processing recommendations in fabrication.

Installation and Usage Tips

  • Cutting and Joining: Use of non-ferrous compatible tools is recommended to prevent contamination and corrosion initiation points.
  • Fastening Hardware: Use stainless steel or aluminum fasteners to inhibit galvanic corrosion.
  • Surface Treatment: Apply a protective coating if located in aggressive environments, like marine locations.

3004   

https://www.al-alloy.com/a/3004-8-x-4-aluminum-sheet-for-shutters.html

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