With the continuous advancement of environmental protection requirements, perforated mesh has expanded into new applications within the environmental sector. In air purification, perforated mesh is now used to manufacture advanced air filters. Its unique pore structure and material properties create specialized airflow channels that enhance the capture efficiency of fine particulate matter. Compared to traditional filters, these perforated mesh filters exhibit lower air resistance, reducing energy consumption while maintaining filtration performance.
In wastewater treatment, perforated mesh serves as a primary screening device. Its larger apertures effectively intercept coarse impurities such as leaves and plastic fragments, alleviating the burden on downstream processing equipment. This application not only improves treatment efficiency but also extends the operational lifespan of the systems.
Additionally, perforated mesh is employed in industrial exhaust gas treatment systems as gas distribution components. By ensuring uniform dispersion of exhaust gases within treatment units, it significantly enhances purification effectiveness. These innovative applications demonstrate how perforated mesh contributes to energy efficiency, cost reduction, and sustainability across environmental technologies.
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