5052 H112 round aluminum bar

5052 H112 round aluminum bar is a type of aluminum product, and the melting and casting process of aluminum rod includes melting, purification, impurity removal, degassing, slag removal, and casting. According to the different metal elements contained in aluminum rods, they can be roughly divided into 8 categories. Aluminum round rod is an aluminum rod with a circular shape.
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4006 T8 round aluminum bar

4006 T8 round aluminum bar american wrought aluminum and aluminum alloy. Aluminum alloys are divided into two categories: cast aluminum alloys, which are used in the cast state; deformed aluminum alloys, which can withstand pressure processing and have higher mechanical properties than the cast state. It can be processed into aluminum alloy materials of various shapes and specifications. It is mainly used in the manufacture of aviation equipment, daily necessities, doors and windows for construction, etc.
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5083 H24 aluminum tube

5083 H24 aluminum tube is a type of non-ferrous metal tube, which refers to a metal tube like material that is extruded and processed into a hollow longitudinal length using pure aluminum or aluminum alloy. The shape of the tube is circular.It is a high-strength hard aluminum that can undergo heat treatment and strengthening. It has moderate plasticity under annealing, hard quenching, and hot conditions, and good spot welding weldability.
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8021-O Aluminum foil

The main components of 8021-O Aluminum foil are iron and silicon, 8021-O Aluminum foil material, special process, can greatly improve the elongation of aluminum foil, generally used as deep drawing material. It has excellent moisture resistance, light shading and high barrier capacity. Its chemical composition is silicon at 0.15, iron at 1.2-1.7, copper at 0.05, and zinc at 0.1. Aluminum foil after compounding, printing, and gluing is widely used as packaging materials.
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7a04 H16 Aluminum coil

7a04 H16 Aluminum coil form a thin layer of aluminum oxide with a thickness of 5-20 microns on the surface. The hard anodized film can reach 60-200 microns. The anodized aluminum coil improves its hardness and wear resistance, up to 250-500kg/square millimetre, with good heat resistance. The melting point of the hard anodized film is up to 2320K, with good insulation, and the breakdown resistance voltage is up to 2000V, enhancing the corrosion resistance ω= 0.03NaCl salt spray does not corrode for thousands of hours. The thin oxide film contains a large number of micropores and can adsorb various lubricants, making it suitable for manufacturing engine cylinders or other wear-resistant parts; This membrane has strong microporous adsorption ability and can be colored into various beautiful colors. Non ferrous metals or their alloys (such as aluminum, magnesium, and their alloys) can undergo anodizing treatment.
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2A12 T651 Aluminum coil

2A12 T651 Aluminum coil form a thin layer of aluminum oxide with a thickness of 5-20 microns on the surface. The hard anodized film can reach 60-200 microns. The anodized aluminum coil improves its hardness and wear resistance, up to 250-500kg/square millimetre, with good heat resistance. The melting point of the hard anodized film is up to 2320K, with good insulation, and the breakdown resistance voltage is up to 2000V, enhancing the corrosion resistance ω= 0.03NaCl salt spray does not corrode for thousands of hours. The thin oxide film contains a large number of micropores and can adsorb various lubricants, making it suitable for manufacturing engine cylinders or other wear-resistant parts; This membrane has strong microporous adsorption ability and can be colored into various beautiful colors. Non ferrous metals or their alloys (such as aluminum, magnesium, and their alloys) can undergo anodizing treatment.
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