alkali-free professional manufacturer of fiberglass filter cloth
lin@bbs-fiberglass.com
lin@bbs-fiberglass.com
Our PTFE membrane silica oxygen (modifified) fifilter bag select high quality silica fifiber as raw material, our fifilter cloth is excellent. After pretreatment process and heat – set processing, fifilter cloth forms excellent physical & chemical indicators. Filter bag surface need to be treated with PTFE impregnation and membrane.
The acid resistance of silicon oxygen is organically combined with the advantages of PTFE, such as temperature resistance, corrosion resistance, good flflexibility and easy ash cleaning. Service life of fifilter bag has been greatly promoted. Our Silica oxygen (modifified) is a very high ratio of fifiltering material.
The micropores on the surface of the membrane coated Silica oxygen (modifified) fifilter bag are small and uniform( 0.10-2.0 m), which can separate all the dust larger than the micropore diameter.
The fifilter material has a thickness of 0.8mm. Easy to peel offff the dust. Low ash cleaning pressure, less ash cleaning times, save operating costs.
The warp and weft strength of the medium silicon oxygen (modifified) coated fifilter bag is above 2300N/25mm. It will not shrink at high temperature.
Medium silicon oxygen (modifified) coated fifilter bag can operate continuously from the acid dew point to 260℃, and the instant temperature resistance is up to 280℃.
Silicon oxygen (modifified) membrane coated fifilter bag will not be oxidized by oxygen or nitrides, The corrosion resistance of silicon oxygen (modifified) coated fifilter bag is outstanding.
Silicon oxygen (modifified) membrane coated fifilter bag base material is woven with ultrafifine silicon oxygen fifiber. Ensuring the service life of the fifilter material.
The water-repellent and oil-repellent process has been carried out on the base material. After application test, the water-repellent grade is no less than 4.5 .
Cement plant, steel plant (blast furnace gas, coking, converter, lime kiln), biomass power generation, etc.