Alloy CC DC 13mm thickness Aluminium sheet
When it comes to aluminum alloys, specifics matter. The world of aluminum sheets is vast and multifaceted, which can be overwhelming for customers, engineers, and manufacturers alike. One particular grade that stands out due to its versatile applications and favorable properties is the Alloy CC DC 13mm thickness aluminum sheet.
the Alloy: CC DC
The designation “CC DC” in aluminum alloys refers to Continuous Casting and Direct Chill casting processes. These methods play a vital role in defining the characteristics of the alloy.
Continuous Casting (CC): In this process, molten aluminum is poured into a helical coil or a mold to form continuous lengths of aluminum alloy. This technique promotes uniform grain structure which enhances the product’s strength and reliability.
Direct Chill (DC): Following continuous casting, the DC process helps cool the aluminum sheets evenly, reducing residual stresses in the metal grains. This additional step contributes to improved toughness and a polished finish.
Through these methods, the 13mm thickness offers a balanced mix of strength for structural applications and lightweight characteristics, making it an expedient choice for fabricators’ expanding list of needs.
Parametrical Advantage
One cannot underscore the numerous parameters that characterize a useful aluminum sheet. For a 13mm thickness, one may look into properties such as:
Tensile Strength: Alloy CC DC aluminum typically showcases excellent tensile strength, often stretching up to 320-350 MPa (MegaPascals), which equates to high durability and malleability.
Weight: An aluminum sheet with this thickness weighing approximately 39 kg per square meter showcases lightweight properties beneficial in transportation and aerospace applications, where reducing weight equals saving fuel.
Corrosion Resistance: Public works and outdoor applications greatly benefit as this alloy boasts heightened resistance to oxides, making it reliable in harsh climates.
Implementation Standards and Specifications
In the dynamic world of manufacturing and construction, compliance with implementation standards cannot be overstated. For Alloy CC DC, the relevant standard includes:
- ASTM B209 / B221: This sets quality benchmarks and mechanical properties for aluminum sheets. Ensuring adherence to such standards guarantees that products are manufactured to recognized safety and performance deliveries.
Furthermore, it meets other international standards, making it broadly acceptable worldwide. Investing in materials adhering to such regulations not only secures quality but also fosters trust among clients.
Alloy Temperatures and Chemical Composition
When dealing with aluminum sheets, being informed of their thermal and chemical properties is key. The temper is indicative of the mechanical make-up accomplished through thermal processing techniques:
- Common Tempers: O (annealed), H14, H15, and H24 are often found. They reflect the degree of cold working and heat treatment the sheet has undergone. For example, an H14 temper displays improved yield and is commonly employed in construction materials.
The chemical composition generally revolves around 98-99% metallic aluminum, which includes trace elements:
| Element | Percentage (%) |
|---|---|
| Aluminum (Al) | 98.5 min |
| Silicon (Si) | 0.01 - 0.10 |
| Iron (Fe) | 0.05 - 0.20 |
| Copper (Cu) | 0.10 - 0.50 |
| Manganese (Mn) | 0.01 - 0.20 |
| Magnesium (Mg) | 0.5 - 1.2 |
| Zinc (Zn) | 0.05 - 0.20 |
This balanced chemical makeup retains strength and promotes workability, allowing the finished sheets to awaken countless possibilities in real-world applications.
Applications of CC DC 13mm Thickness Aluminum Sheet
On wrapping up our exploration of the Alloy CC DC, one cannot overlook the immense utility that narrow gauge offers. Some of the prime applications include:
Construction: Suitable for cladding, structural sheets, support beams and more due to strength and corrosion resistance.
Transport: Ideal for manufacturing trailers and bus bodies that require a balance between robustness and light weight.
Marine: Widely used in shipbuilding owing to high performance against corrosion and adaptability towards extreme conditions.
Packaging: A suitable selection for products that need a backsheet considerably thick enough for stability.
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