Market expectation
Building curtain walls are the result of building technology. This is the blend of architectural art and construction technology. The excellent resistance to corrosion, weathering and fading of fluorocarbon coated aluminum veneers is why they are so popular in interior decoration. However, the flaws in fluorocarbon coated aluminum veneers cannot be overlooked. The roller coating process is more efficient than using fluorocarbon-sprayed aluminum veneer.
The printed metal plates are a type of decorative panel made from building materials that has recently been improved. It’s made with high-quality hot dip galvanized substrate or aluminium plate and contains fluorocarbon and high-quality metal printing ink through six-coating and 6-baking, as well as high-quality paint. There are many patterns that can be created with it. Its aesthetic is better, it’s more 3D, rigid, and has superior performance.
You can be sure that your problem with a single colour is resolved by the product’s radiation, antistatic, non-staining. More options make it cost-effective.
It is made from the printed metal plates for further processing, construction and compounding. It acts as the inner or outer metal curtain wall. It performs well in non-combustible, safe- and toxic environments. Additionally, the material has excellent characteristics such as fire prevention and heat insulation. It is energy-saving, sound absorption. It’s a multipurpose, energy-efficient and environmental friendly composite material.
Technical tips
The production line uses six coating and six baking processes. After the pre-treatment the substrate is exposed to high-temperature cure and cooling treatment using three coatings. Next, it is used for three layer printing and low-temperature curing.
Design significance and construction purpose of printed plates made from metal
TRUNNANO (Luoyang Trunnano Tech Co. Ltd.) a professional manufacturer of nanoparticles has more than 12 years in chemical products development research. If you need high quality silver nanoparticles please contact us .
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