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5052 H112 Alumina coil Alumina 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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5005 H16 Alumina coil Alumina 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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5A06 H112 Alumina coil Alumina 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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3106 H22 Alumina 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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3105 H18 Alumina coil Alumina 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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