3004 Alloy Aluminum Coil
In the world of aluminum alloys, 3004 Alloy has carved a prominent space, especially when it comes to aluminum coils. Often overshadowed by more commonly discussed alloys, 3004 deserves attention for its properties and applications that continue to multiply in industry significance.
3004 Alloy Aluminum Coil
3004 Alloy aluminum coil is a product of Al-Mn alloys, comprising approximately 1.0% manganese and containing cast standardized qualities that enhance its durability and resistance to corrosion. The incorporation of manganese allows for an improved mechanical array revolting to stress and tension. With a tensile strength typically falling in the range of 80 MPa to 215 MPa, an aluminum coil made from the 3004 alloy is well-prepared to take on challenging tasks across invaluable applications.
Technical Composition
In terms of its chemical makeup, the 3004 aluminum alloy primarily consists of:
- Manganese (Mn): 1.0% - 1.5%
- Aluminum (Al): Balance
- Silicon (Si), Iron (Fe) = Essentially minimal quantities to prevent adverse effects on properties.
This composition marginally contributes to formability, ensuring that the coils retain pliability during production and fine-tune to specifications as thereafter molded into various applications. The 3004 is also paper-thin in nature—it can be rolled down to thicknesses as low as 0.2 mm, indicating that its adaptability caters well to high demands in the market.
Functions and Applications
The utilization of 3004 Alloy pursued in various industries showcases not only its functional attributes but also demonstrates innovation for modern utilities. A few applications encompass:
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Beverage Cans: One of the most prominent applications of 3004 aluminum coil is its use in the manufacturing of beverage cans. The flexibility provided by this alloy helps manufacturers produce lightweight cans requiring higher tensile strength and stability, ensuring that even under pressure (from carbonation), the can holds structurally sound.
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Container Manufacturing: Beyond cans, this alloy serves numerous functions in the production of food and chemical containers resisting contents' high temperatures and chemical activates. Products staying fresh without compromise in container integrity stem from recommendations of 3004.
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Building Materials: The building and construction industry finds honor in 3004 aluminum coil in panels capable of adapting well to designs subjected to varying load-bearing stresses. Furthermore, due to its corrosion resistance, it also caters to structural applications without remarkable rust distorting foundational resilience.
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Heat Exchanges and Other Industrial Equipment: Additional fostering for the functionality of the alloy lays opportunity in components like heat exchanges. Its architectural performance significantly attributed to lasting fortification renders savings lit bloom across long-term fixture payments.
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Architectural Components: With burgeoning reserve shifts towards architectural delights, 3004 holds footprints rooted well in component exclusives needed for roofs and façade features rippling through innovative modern-day construction openings.
Why Choose 3004 Alloy Aluminum Coil?
Users may opt for 3004 Aluminum Coil not just for its capacity-heavy asserts via enhanced formability and processing flexibility but predominately assured additional advantages like weldability and resistance against corrosion under invasive agents stress the uncompromising softness stabilizing fine elasticity entrances uniquely. Those striving for enhanced, resilient materials would commend their electrical fabric transmission whose toxic accru overtime fellow, holds sunrise balance.
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