Decoding 1060 vs 3003 Aluminum Circles
Differences Between 1060 and 3003 Aluminum Circles
Both 1060 and 3003 aluminum circles are common in the world of aluminum round shapes. While they may look similar, there are notable distinctions.
Firstly, they differ in mechanical properties. The 1060 aluminum circle is pure with an aluminum content exceeding 99.6%, and a density nearly one-third of iron. It melts at 660.37°C and boils at 2750K. Commonly used states include 1060-O, 1060-H14, 1060-H24, and 1060-H18. Applications range from semi-hard aluminum for hardware stamping to pipe insulation projects and mold deep drawing.
On the other hand, the 3003 aluminum circle is an aluminum-manganese alloy that can't be strengthened by heat treatment. Its manganese content raises the recrystallization temperature. Heat treatment involves annealing at 400-600°C. Common states include 3003-O, 3003-H12, 3003-H22, 3003-H14, 3003-H24, 3003-H16, 3003-H26, and 3003-H18. It's favored for applications requiring high corrosion resistance, like pipeline insulation.
The second difference lies in application. Both find use in electronics, chemicals, medicine, culture, education, auto parts, thermal insulation, machinery manufacturing, aerospace, military, molds, construction, and printing. However, their performance varies. For instance, 3003 aluminum circles are ideal for durable kitchen utensils, while 3003 lampshades excel in corrosion resistance. If hardness and corrosion resistance matter less, 1060 aluminum circles are a more cost-effective choice.
In summary, 3003 and 1060 aluminum circles differ in mechanical properties, application, and performance. Buyers should carefully choose based on their specific requirements.
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