The eccentric rage roba hadin gwiwa na babban matsa lamba wuta famfo da ake amfani da su hana cavitation, da girman da famfo mashigai kamata gaba daya a shigar lebur.Wannan shi ne don hana tsarin iskar gas a cikin bututun daga taruwa a tashar famfo, samar da manyan kumfa a cikin ramin famfo kuma yana lalata famfo.Ana iya shigar da ƙara guda ɗaya kawai a ƙasa.Wato gwiwar gwiwar da aka lankwasa zuwa sama tana da alaka kai tsaye da bayan babba da karami.A wannan yanayin, yanayin gas ba zai iya tarawa ba.Mai kashe bututun famfo mai rahusa: Akwai bambanci tsakanin famfon DN da tsarin bututun waje.Ana amfani da shi don masu ragewa mai mahimmanci, wanda zai iya gane haɗin kai tsaye na bututu biyu masu girma dabam, kuma ya gane kayan aikin bututu na rage bututu.A guji tuntuɓar kayan ƙarfe masu kaifi don guje wa huda ƙwallon roba na bututu.Lokacin shigar da maƙallan roba, ya kamata a ɗaure kusoshi a diagonal.Idan matsa lamba a cikin bututun haɗin gwiwar roba ya yi yawa, flanges a ƙarshen duka ya kamata a haɗa su ta hanyar kusoshi.Dole ne a shigar da haɗin mashigan naúrar famfo gabaɗaya a layi daya don hana iskar gas da ke cikin bututun tarawa a tashar famfo.
Yana da babban juriya mai ƙarfi, haɓaka mai kyau, babban ramuwa na ƙaura, ƙarancin girgizar girgizawa da tasirin rage amo, shigarwa mai dacewa da kiyayewa, da shigar da diamita mai sauƙi mai sauƙi na bututun ƙarfe.Wani sabon nau'in bututun mai sassaucin kayan aiki, wanda aka yi amfani da shi sosai a cikin injiniyan sinadarai, gini, samar da ruwa, da magudanar ruwa , Man Fetur, masana'antu masu haske da nauyi, firiji, tsaftar muhalli, famfo, kariyar wuta, wutar lantarki da sauran ayyukan yau da kullun.Ya ƙunshi Layer na roba na ciki, ƙarfafa masana'anta na igiyar nailan, wani yanki na roba na waje na roba da kuma saƙon ƙarfe.Yanzu gabatarwar fasahar samar da ci gaba na kasashen waje, Layer na ciki yana fuskantar babban matsin lamba yayin aikin samarwa, masana'anta na igiyar igiyar nailan da Layer na roba sun fi haɗuwa da juna, kuma matsa lamba na aiki ya fi na yau da kullun masu sassaucin ra'ayi da inganci. mafi kyau.
Lokacin aikawa: Oktoba-22-2020