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The thick china aluminum plate can be divided into ingot hot rolled thick plate and cast thick plate from the production process. Wherein the thickness of the cast Thick Aluminum Plate Sheet can be basically unlimited (maximum thickness reaches 1.2 m), but the hot rolled thick plate has better mechanical properties after the rolled process, so the aerospace products generally use ingot hot rolled thick plates. However, the thickness of the hot-rolled aluminum plate cannot exceed 250 mm, otherwise the cast structure cannot be completely turned into hot-rolled structure. The typical production process of ingot hot rolled thick aluminum plate is: raw material – casting – ingot milling – hot rolling – solution treatment – quenching – stretching – sawing. Since the temperature difference between the inside and outside of the plate during quenching is too large, when the thickness of the aluminum plate exceeds 6 mm, a large quenching residual stress is formed. The thicker the aluminum plate

Reflective aluminum mirror sheet has high reflectivity over 85% and can be widely used in lighting reflectors and lighting decoration. When buying aluminium reflector sheet for lighting, many people will pay attention to whether the thickness of aluminum sheet meets the requirements, and will buy relatively thick aluminum sheets to use, this is consider in the aspect of thickness to guarantee the quality. However, in order to truly ensure that the quality of the purchased aluminium reflector sheet, it is not enough to focus on the thickness, it is also necessary to pay attention to the process quality. When you purchase the mirror aluminum sheet, observe the process quality. On the one hand, you need to see how the aluminum plate is cast and the production process effect. According to this situation, by selecting the reflective aluminum mirror sheet with good production effect, the quality of the purchased aluminum plate substrate is reliable. On the other hand, it is necessary to see

Aluminum foil is a widely used material known for its versatility and practicality. However, it is essential to understand the production process and the environmental impact associated with its manufacturing. In this article, we will explore the production of PTP blister foil and the efforts made by the industry to reduce its ecological footprint. The production of aluminum foil begins with the extraction of aluminum from bauxite ore. This process involves mining, refining, and smelting, which require significant amounts of energy and produce greenhouse gas emissions. The extracted aluminum is then processed into thin sheets through a rolling process. The sheets are continuously rolled and compressed until the desired thickness is achieved, resulting in aluminum foil. The manufacturing of aluminum foil poses certain environmental challenges. The extraction of aluminum from bauxite ore contributes to deforestation and habitat destruction. Furthermore, the refining and smelting proc