Characteristics and surface treatment of aluminum art fence
1. Aluminum art fence process
Planning-Mold opening-Extrusion-Straightening-Surface treatment-Degreasing-Washing-Aluminum film-Washing-Drying-Powder coating-Shaped profile-Cutting-Stamping-Product assembly-Transportation-On-site installation-Inspection. The coating is divided into four layers: spray coating, chromization layer, sandblasting layer and bottom layer.
Aluminum fence
Second, aluminum art fence features
This is a new type of wrought iron fence. It is made of all-aluminum art, which can be disassembled and assembled without welding, and no screws can be seen on the outside. The connection is tight, and there is no loose drop. Packing, transportation, and installation are convenient for the fence. Please make it easy to process and economical for transportation. Aluminum art materials can withstand greater tensile and impact forces, and together have more outstanding flexibility. The surface is endowed with a strong aluminum oxide film. After special and anodized surface treatment, the fence has strong corrosion resistance.
Three, aluminum art fence use
The natural surface oxidation resistance of the raw materials of aluminum art fence, and then brings more selectivity to the surface treatment process. Commonly used surface treatment processes include: electrostatic powder spraying, anodizing, electrophoresis, paint, power supply, etc. Because of the high artistic and visual quality of aluminum fence products, they need to meet the requirements of different consumer groups, so the requirements for appearance processing technology are relatively high.
The commonly used aluminum art products on the market are divided into outdoor environment application and indoor environment application. The application of outdoor environment requires a certain ability to resist wind and sun to ensure the durability of the product. The indoor application environment requires resplendent, bright color, and pleasant lighting. When selecting aluminum art products, the corresponding surface treatment process should be selected according to the application environment and application function.