микро-корпели керамический фильтр

There are much size distributing uniformity connecting each other bridgearch shape open gas pores in the micro-pored ceramic filter medium, when the fluid is passed through the micro-pores, the suspending materials colloid granules big molecule organism are remained on the filter medium surface.There are much size distributing uniformity connecting each other bridge—arch shape open gas pores in the micro-pored ceramic filter medium, when the fluid is passed through the micro-pores, the suspending materials colloid granules big molecule organism are remained on the filter medium surface. As the fluid is passed through the micro-pored passages, several physical effects happen, this makes mechanism screening refine or diffusion fluidization etc. Purpose: Abroad utilized for waste effluent treatment is chemical metallurgy power-electricity coal-chemical,nucleus industry etc. especially for the power station boiler,industry boiler and coal plant waste water purifying and filtering engineering. After the new process “depositing + micro–pored ceramic filtering” treatment, the suspending materials removing ratio is up to 97%, outlet suspending materials is 10 15mg/L, COD removing ratio is more than 65%, the water quality is limpidness and transparence, is realized closed-circle using and zero outlet aim. WCZmicro-pored ceramic filtering plate size size model lengthwidththicknessLBBWCZ-125025050WCZ-225025060WCZ-330030065WCZ-450050065 WCZmicro-pored ceramic filtering pipe size unit:mm size model out diameter in diameterlengthConnected headwidthConhead widthD0diLLnWb3WCZ-50-I503050066158WCZ-50-II753070088158WCZ-100100607001202010WCZ-12015010010001802515WCZ-20020014010002303015 WCZmicro-pored ceramic main specification unit:mm itemunitindexitemunitindexvolum weighKg/m31480transv strength Mpa5.3pore diameter μm10-500anti-acid%98pore sratio %30anti-alkali%74-82water penetrabilityKg/m2·h15000hardnessMohs7gas penetrabilityNm3/m2.h1.8-5.0thermal stability0C200-19±1compression strengthMpa14.0Water%23.3