Guangdong Zhongshan FRP photovoltaic walkway board delivery completed


Release time:

2019-06-11

Thedaybeforeyesterday,Ms.Liu,Zhongshan,Guangdongcontactedourcompany.Weneedtopurchaseabatchof38*38*25yellowPVaisleplateforFRP,withaspecificsizeof0.4*4.04m3000flat,Mand不锈钢stainlesssteelfasteners.10,000o

  The day before yesterday, Ms. Liu, Zhongshan, Guangdong contacted our company. We need to purchase a batch of 38*38*25 yellow PV aisle plate for FRP, with a specific size of 0.4 * 4.04 m 3000 flat, M and 不锈钢 stainless steel fasteners. 10,000 of these FRP gratings are all cut with 1 * 4.04 size plates. After cutting, all sides are flush, not only neat and beautiful, but also easy to install. In addition, stainless steel fasteners are all galvanized and will not rust; The M-type fastener is a custom 2 cm width, which is wider and wider than the conventional 1.5 cm width.

河北佳航玻璃钢有限公司

  FRP gratings are suitable for photovoltaic walkway boards. Their specific advantages are:

  (1) Because the mold is molded by the machine and the mold is fixed, the produced FRP grating has uniform size and size, and the production mode is simple, which is suitable for large-scale production of the enterprise.

  (2) Because it is a molded product, the proportion of additives is very uniform, and the produced FRP grating is cost-effective in terms of toughness and firmness.

  (3) In the production process, pigments can be added according to actual needs, and the grids of various colors can be made. All the color of the finished products produced by electronic matching without additional coloring and color matching is basically no color difference.

河北佳航玻璃钢有限公司

  (4) The stable composition of the molded grid and the reasonable structure ultimately determine that the service life is significantly larger than that of the grid made by other methods.

  The application of molded FRP grating on the platform should make full use of the specifications of the existing products. If the conditions are not allowed, the width of the platform can be designed as the whole plate size of the grid divided by the multiple of the internal grid modulus so that Maintaining the complete mechanical properties of the material while reducing cutting losses.