P84 dust bag

P84 dust bag is a high-temperature synthetic fiber that is not resistant to hydrolysis. Has a three lobed cross-section. Utilizing the increase in surface area of single fibers to effectively capture particles belongs to non thermoplastic fibers, which have stronger wear resistance to pulse cleaning compared to glass fibers. It can replace glass fiber under the required performance conditions.

The characteristics of P84 dust removal bag are significant due to the fineness of the fibers themselves. The irregular P84 is mainly based on actual reports, and the cross-section of the dust removal bag filter felt fibers increases the fiber surface area to a large size, providing many small pores to make the surface filtration effect better than scale filtration. The dust only stays on the surface of the filter felt and cannot penetrate into the P84 dust bag filter felt based on actual reports. Therefore, the backwash pressure is low and the filter cake bounce off efficiency is significantly improved, resulting in good collection efficiency of fine particles and small operating pressure difference. Suitable for coal-fired boilers, liquid bed boilers, waste incineration, asphalt plants, cement plants, waste gas incinerators, etc.

The P84 dust removal bag has always been one of the high priced dust removal bags in the high-temperature category, but using the P84 dust removal bag will greatly improve the dust removal effect. Commonly used in harsh working conditions with high temperature and corrosiveness.

Post processing method: singeing and calendering, high temperature setting, stable performance, stable performance, PTFE coating, lotion impregnation, surface coating

Characteristics of this filter material product: flame retardant, mainly based on actual reports, not resistant to hydrolysis, good performance, long service life, etc.

P84 dust removal bags are mainly used for flue gas purification in processes such as asphalt mixing, cement kilns, drying, combustion, smelting, various industrial kilns, coal-fired boilers, and waste incineration, and are widely used in processes with high emission concentration requirements.