Tsarin tace NMP

Yankin aikace-aikacen:
⩥ Kera batirin Li-ion: tsarkake sharar NMP daga tsarin zamewar cathode/anodic.
Masana'antar harhada magunguna: tsarkakewar NMP da ake amfani da shi azaman mai narkewar amsawa ko abin da ke taimakawa.
⩥ Masana'antar lantarki da semiconductor: Amfani da NMP a cikin ayyukan cirewa da tsaftacewa na photoresist.
⩥ Sake amfani da batir: tsaftace sharar NMP daga hanyoyin sake amfani da batir.

Fa'idodin kayan aiki:
⩥ Tsabtace ruwa sama da kashi 99.9%, wanda ya cika buƙatun samar da batirin lithium mai inganci.
⩥ Sassaucin aiki: tsarin tacewa yana ɗaukar kimanin awanni 12 don farawa kuma ya kai matsayin da ya dace, tare da lokacin rufewa na kimanin awanni 4; ƙimar ciyarwa na iya bambanta daga 60% zuwa 120% na ƙarfin ƙira.
⩥ Aiki mai dorewa: Amfani da DCS tare da sarrafawa ta atomatik, saitunan sigogin PID masu dacewa; iyakokin ƙararrawa na sama da ƙasa don mahimman yanayin zafi da matakan ruwa suna tabbatar da aiki mai santsi.
⩥ Ƙananan kuɗaɗen aiki: Kuɗin tacewa a wurin aiki ya yi ƙasa da kashi 50% idan aka kwatanta da na'urar sarrafa waje.

Ka'idar tsari:
Idan aka dumama cakuda zuwa tafasa da ɗan ƙafewa kaɗan, abubuwan da ke canzawa sosai (ƙananan tafasa, "haske") suna taruwa a cikin yanayin tururi fiye da na ruwa, yayin da abubuwan da ke rage saurin canzawa (ƙananan tafasa, "mai nauyi") suna taruwa a cikin yanayin ruwa. Lokacin da tururin ya taru, yawan abubuwan da ke ɗauke da nauyi a cikin yanayin tururi ya fi na tururi girma, haka nan akasin haka. Bayan maimaita ƙafewa kaɗan da kuma daskarewa kaɗan, ana samun abubuwa masu haske sosai a cikin tururi da abubuwa masu nauyi a cikin ruwan.

Tsarin aiki:

• NMP na tace hasumiya uku

• Na'urar tace NMP mai hasumiya biyu