An ƙirƙira madaidaicin iska mai ƙaƙƙarfan iska mai ɗanɗano da saman baka kuma an yi shi da filastik injiniyan ABS. Diaphragm yana da roba na musamman da aka shigo da shi (EPDM) tare da farfajiyar anti-adhesion, wanda aka yi ta hanyar aiki na musamman, kuma buɗe diaphragm an yi shi ne da yankan CNC da aka shigo da shi daga Jamus don tabbatar da inganci da daidaiton ramin. Lokacin da na'urar ta sami iskar oxygen kuma an sanya shi a ciki, ana tsara ramukan samar da iska guda hudu akan babban diski, ta yadda za'a iya jujjuya iskar da ke shigowa ta hanyar bawul ɗin dubawa kuma kai tsaye a aika zuwa tsakiyar shugaban aeration don tabbatar da cewa diaphragm zai iya zama. sauƙin buɗewa tare da ƙarancin juriya a lokaci ɗaya. An haɗa diaphragm ɗin da injina tare da ribbed anti-kulle don tabbatar da cewa diaphragm ɗin bai taɓa faɗuwa ba. Lokacin da iskar ke ci, micropores a kan fim ɗin iska suna buɗewa da kansu don tabbatar da wucewar iska. Lokacin da aka dakatar da iska, ana rufe micropores masu canzawa a kan fim din iska, kuma masu canza pores na fim din iska suna fadadawa da kwangila da kansu, don kauce wa abin da ya faru na toshe micropores ta hanyar aerator. Na biyu kuma, na’urar bututun na’urar tana dauke ne da na’urar tantance bawul, wanda ke hana gaurayawan ruwa shiga bututun reshen iskar gas a lokacin da tsarin bututun ya dakatar da samar da iskar, ta yadda za a iya guje wa hadakar ruwan daga shiga bututun reshen. ana tarewa. Iska mai shigowa baya buƙatar tacewa ta musamman, ba a toshe iska mai tsaka-tsaki, kuma ana amfani da iskar microporous mai canzawa sosai don busa fim ɗin iska kuma yaga fim ɗin kuma ba zai iya buɗe diaphragm ba ko an toshe diaphragm don yin babban ci gaba na fasaha, waɗannan gyare-gyaren fasaha ya sa ya zama kyauta daga jin zafi na kulawa a cikin aiki na dogon lokaci, kuma shi ne sabon ƙarni na samfurori masu kyau.