In which specific industry does P84 Needle Punched Felt Filter Bags show higher dust collection efficiency?

From the material point of view, the P84 Needle Punched Felt Filter Bags uses polyimide fiber (P84 fiber), which has excellent high temperature resistance and can operate stably for a long time in harsh environments up to 260°C. This is critical due to the high temperature gases generated during waste incineration, as ordinary filter bags are likely to fail or significantly degrade in performance at such high temperatures.
Secondly, P84 Needle Punched Felt Filter Bags also shows excellent corrosion resistance, especially has a significant filtering effect on acidic and alkaline dust-containing gases. The gases generated during the garbage incineration process often contain various corrosive components, and the P84 filter bag, with its stable chemical properties, can effectively filter out these harmful substances and ensure that the emitted gases meet environmental protection standards.
In addition, the fiber structure of the P84 Needle Punched Felt Filter Bags has been treated with a special process to give it a lower friction coefficient and adhesion. This feature is particularly important in the waste incineration dust removal process, because the low friction coefficient helps reduce the adhesion of dust to the filter bag, thereby reducing the risk of clogging of the filter bag and extending its service life. At the same time, low adhesion helps dust to fall off smoothly and improves dust removal efficiency.
In applications in the waste incineration industry, P84 Needle Punched Felt Filter Bagss are usually installed at the core of the dust collector. Through the filtration function of the filter bag, high temperature, high humidity, high concentration smoke and harmful gases are separated. As smoke particles accumulate on the surface of the filter bag, the filtration efficiency of the filter bag gradually increases, ultimately achieving effective capture and filtration of smoke and harmful gases.