1. lolenge ya mputulu.
Efficacité ya bolongoli ya poussière ya filtre ya sac ezali directement na rapport na taille, poids, forme, effet électrostatique mpe concentration ya poussière ya ba particules ya poussière. Efficacité ya kolongolama ya poussière ezali likolo mpo na poussière na ba particules ya minene, poussière ya kilo mingi, ba shapes irreguliers mpe ba effets électrostatique ya polele.
2. Bosali ya sac ya filtre ya poussière.
Bosali ya elamba ya filtre ezali na bopusi monene na efficacité ya kolongola mputulu mpe résistance. Sacs ya filtre ya mputulu esengeli kokutana na ba conditions oyo elandi .
1. Ekoki kokanga nzela ya mputulu ya malamu. ba perforations oyo ekangami na bobaluki mpe na nzela ya elamba esengeli kozala moke, mpe ba lignes ya kobalusa mpe ya kokanga yango moko esengeli kozala minene mpo na kobakisa esika ya filtrage mpe kokitisa résistance;
2. Fluff ya elamba esengeli kozala molai mpe élastique, mpo ete ekoki kozipa mabulu mpe kozala na makasi moko boye; 3. Pona ko faciliter bopeto na mopepe ya sima, fluff ya elamba ezali na ngambo oyo ezali na contact na mopepe ya poussière.
misato, bopusi ya mbangu ya filtration .
The lower the filtration speed, the easier it is to form a primary dust layer with a small particle diameter and a large porosity, and the more it can capture fine dust particles. When the filtering wind speed is too high, the penetration of dust particles into the filter material will be aggravated and the filtration efficiency will be reduced. Of course, the penetration phenomenon can also be overcome by selecting a suitable filter Matériel. En plus, pona ba matériaux mosusu ya filtre, tango vitesse ya mopepe ya filtrage ebongwanaka na kati ya intervalle moko boye, efficacité ya kolongolama ya poussière ezali presque inaffecté.
4. The influence of the dust layer on the filter material. At the initial stage of operation of the bag filter, there is no dust layer on the new filter material. At this time, the ability to collect dust is low. As the filtering process progresses, the dust layer gradually forms and the dust removal efficiency Correspondingly, when the dust layer is completely formed, the filtration efficiency can reach more than 99%, and it also has a good trapping effect for fine Ba particules ya poussière oyo ezali moke koleka 1μm.
5. Fuite ya mopepe mpe résistance:
Calcul théorique ya efficacité ya kolongolama ya poussière ya filtre ya sac ezali 99%, kasi ezuami te na test ya solo, mingi mingi mpo na influence ya fuite ya mopepe mpe résistance. soki taux ya fuite ya mopepe ezali kokita, effet ya kolongola mputulu malamu; Résistance ezali na influence moko boye na effet ya kolongolama ya poussière ya précipitateur électrostatique. vide sac ya filtre mpo na kokitisa résistance mpe kobongisa effet ya kolongola mputulu. Capote ya collecte ya poussière esengeli kozala pene na mutu ya four mpo na kosala que poussière ekota na kati ya capote, komatisaka quantité ya collecte ya poussière, mpe ko réduire pollution{4}
