Now almost all stadiums are equipped with chain link fences, mainly to prevent pedestrians from entering indiscriminately and causing damage to the stadium.
The process requirements that should be paid attention to when the basketball court fence net is produced are: it is mainly considered to be suitable and uses high-quality wire rod as the raw material, and the distance is galvanized and pvc coated mesh surface, which has the special anti-corrosion and ultraviolet light resistance for a long time. In nature, the thickness of the plastic coating can reach more than 1.0mm, and the mesh covering the face has strong impact resistance. There are two types of mesh edges: hooking and screwing. Unique spinning and threading technology, optimized production model presets, to ensure that there are no cracks in the buckle during product production. After the production of the basketball court fence, all the devices must be derusted, polished, passivated, vulcanized, etc., and then treated with plastic plating as deemed appropriate. The plating layer has strong toughness and forms a special smelted metal structure. Bear the mechanical collision during transportation and use.
The thickness of the plating layer of the basketball court fence net is 0.5～0.6mm. The plating powder is deemed appropriate and the imported weather-resistant natural resin powder with better anti-aging performance is used. The plating color is exactly the same. There is no lack of missing plating or exposed iron on the surface of the plating. Smooth, without sags, dripping tumors or clumps.
The electrostatic spraying process of chain link fence can obtain a thicker coating at one time, while the overmolding cannot achieve this rapid final result, and the electrostatic spraying has stronger corrosion resistance. The surface paint of the Galvanized Chain Link Fence does not include harmful things, and encourages everyone to follow the first principle of environmental protection. The speed of electrostatic spraying of basketball court fence nets is much less than that of overmolding, dipping and other processes.
Post time: Mar-22-2021