The sewage plant grille is used in many work platforms, water outlets, corridors, and other places. It is a multi space plate-like structure made by adding fiberglass to unsaturated polyester resin and processing it. Due to the addition of fiberglass, it has good corrosion resistance and is also used in some projects that are prone to corrosion but require ventilation and water permeability. Next, let’s take a look at the strength and application form details of the sewage plant grille.

Although glass, as we know it, is very fragile, this does not mean that the strength of sewage treatment plants is relatively low. On the contrary, because it uses fiberglass and resin, with the addition of some other substances, it has great strength and toughness. Generally, it is more heat-resistant, corrosion-resistant, and not easily broken, and can resist certain pressures. A grille with guaranteed quality can be used for twenty years without any wear, indicating its strength.
As can be seen from the above, the strength of the sewage treatment plant grille is very high. Some people have conducted such experiments, and the sewage treatment plant grille used on some work platforms can withstand the weight of a small truck, so its strength can still withstand a certain impact. However, this still depends on the thickness. A grille with high thickness will definitely have high strength, while a fence type one can only withstand the weight of one person.

Sewage treatment plant grates are used in some waterworks or sewage treatment plants, such as maintenance walkways, trash racks, stairs, etc., because these places are often corroded by water or other chemicals. Generally, grates made of materials will be quickly damaged, so corrosion-resistant grates need to be used. In chemical plants, the smell of chemicals permeates throughout the day, but some operating platforms or stairs must use this low-cost material, so grilles are also widely used.
Among them, sewage treatment plant grilles are widely used in offshore oil platforms in the petroleum industry, where seawater is highly corrosive; Beside the bleaching and dyeing tank and floor in the textile factory; The wastewater tank in the power plant; Operating platforms and corridors in the transportation industry; Areas with high humidity in pulp and processing plants; The use of some fences; The walkway on the crane; Corrosive floors and slippery areas in meat processing plants, etc.