The following introduces the thickness requirements and characteristics of fluorocarbon aluminum-plastic panels.
Dec 28,2022
Generally, when fluorocarbon aluminum-plastic panels are used as wall panels, the thickness of the wood does not need to be too emphasized, as there is a layer of wall blocking it. At this time, more consideration should be given to the application effect of the building curtain wall aluminum-plastic panels, such as measuring the total width of the wall to choose the total width of the building curtain wall aluminum-plastic panels, making it more aesthetically pleasing. As long as it ensures beauty and practicality, more people will choose building curtain wall aluminum-plastic panels.
Regarding how to choose the thickness of fluorocarbon aluminum-plastic panels, I believe everyone has different selection methods. The term thickness of fluorocarbon aluminum-plastic panels is common in our daily purchasing process. When purchasing the required fluorocarbon aluminum-plastic panels, one must pay attention to the thickness selection range. Generally, the thickness range of building curtain wall aluminum-plastic panels is around 0.6mm to 5mm, and how to choose the right fluorocarbon aluminum-plastic panels for oneself becomes particularly important. Today, we will thoroughly understand our own building curtain wall aluminum-plastic panels to better carry out the purchase.
In fact, for the construction of external walls of houses, the selection of wall aluminum-plastic panels is particularly important. Generally speaking, the thickness selection for our roofs is above 0.8mm. For fluorocarbon aluminum-plastic panels with a thickness below 0.8mm, there is no guarantee in terms of service life or safety index. During the summer rainy season, even a little heavy rain can be a fatal damage to panels that are too thin. After this strong typhoon, many people's flat roof fluorocarbon aluminum-plastic panels were damaged. Deplon decorative building materials also found that among many damaged flame-retardant fluorocarbon aluminum-plastic panels, the thickness was all below 1mm. This indicates that when floods occur, the thickness of building curtain wall aluminum-plastic panels can also play a certain role. Therefore, it is hoped that one should not choose thinner panels just to save costs, but should choose fluorocarbon aluminum-plastic panels that are suitable for their own manufacturers.
Characteristics of fluorocarbon aluminum-plastic panels:
1. The coating of fluorocarbon aluminum-plastic panels is uniform and available in various colors. The electrostatic powder coating technology ensures that the paint adheres evenly to the aluminum alloy panel, with a wide range of color options.
2. Fluorocarbon aluminum-plastic panels are not easily contaminated and are easy to clean and maintain. The fluorine coating is non-stick, making it difficult for pollutants to adhere to the surface, thus having strong cleanliness.
3. Aluminum-plastic panels are lightweight, have good rigidity, and high strength. A 3.0mm thick aluminum-plastic panel weighs about 8kg per square meter, with a compressive strength of 100-280n/mm2.
4. Aluminum-plastic panels have good aging resistance and corrosion resistance. PVDF fluorocarbon paint made from Kynar-500 and Hylur500 can last for 25 years without fading.
5. Green landscape decorative building materials aluminum-plastic panels have good process performance. Using the technology of treating first and then spraying paint, aluminum alloy panels can be made into various complex geometric structures such as flat, arc-shaped, and curved.
6. Fluorocarbon aluminum-plastic panels are recyclable and beneficial for environmental protection. Aluminum-plastic panels can be recycled, unlike laminated glass, stone, ceramics, and aluminum-plastic panels, which have high depreciation in recycling.
7. The installation of fluorocarbon aluminum-plastic panels saves time and effort. Aluminum alloy panels are formed on-site, and there is no need for cutting at the construction site; they can be fixed directly to the frame.
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