Ukusetshenziswa Kwendwangu Yezinga Lokushisa Ephakeme Ye-PTFE Ekuhluzeni Okusezingeni Eliphakeme Lokushisa (isb. Ukuhlungwa Kwegesi Ye-Industrial Flue): Ubhalansisa Kanjani Ukungena Komoya Nokunemba Kokuhlunga

I-Jiangsu Aokai New Materials – I-PTFE High-Temperature Cloth Manufacturer uyachaza:Ezimbonini zokuhlunga igesi yokushisa ephezulu ye-flue, indwangu ye-PTFE enezinga eliphezulu lokushisa ibhekene nokungqubuzana okuyisisekelo kobuchwepheshe: ukuphishekela ukunemba kokuhlunga okuphezulu kakhulu kuvame ukuphumela ekuncishisweni kokungena komoya, kuyilapho ukubeka phambili ukungenwa komoya okuphezulu kuholela ekungeneni komoya kahle. Ngakho-ke, ingqikithi yokusebenzisa indwangu ye-PTFE yezinga lokushisa eliphezulu isekutholeni ibhalansi eguquguqukayo phakathi kokumelana nokusebenza nezindinganiso zokukhishwa.

Ngezansi kukhona izilinganiso ezithile zokulinganisa ezisekelwe ezintweni ezibonakalayo zendwangu ye-PTFE enezinga lokushisa eliphezulu:

I. Okuguquguqukayo Okubalulekile Okuthinta Ukusebenza Okulinganayo Kwendwangu Ye-PTFE Yezinga Lokushisa Eliphezulu

Ukuqinisekisa ukusebenza kahle kwendwangu ye-PTFE enezinga eliphezulu lokushisa ngaphansi kwezimo zokusebenza ezinzima, ubudlelwano 'ukumelana nokusebenza kahle' kufanele bulungiswe ngokusebenzisa lezi zimiso ezilandelayo:

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Isivinini sokuhlunga esisebenzayo Ngesivinini esiphansi sokuhlunga (isb., <0.8 m/min), indwangu ye-PTFE enezinga eliphezulu lokushisa ifinyelela amathuba aphezulu okungena ezinhlayiyeni zothuli olucolekile futhi igcina umehluko ozinzile wengcindezi kuyo yonke into. Lokhu kuvumela indwangu ukuthi ilethe ukunemba okuphezulu ngokusetshenziswa okuphansi kwamandla okusebenza.

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Isisindo sendwangu eyisisekelo (g/m²) Isisindo sinquma ngokuqondile ukubumbana kwesakhiwo kwendwangu ye-PTFE yezinga lokushisa eliphezulu. Indwangu enesisindo esikhulu (ngaphezulu kuka-800 g/m²) ihlanganisa ukunqwabelana kwefayibha eminyene, iletha ukunemba okukhethekile kokuhlunga (kufika ku-0.3 μm), kodwa idinga ukugeleza komoya okunomkhawulo phakathi nokufakwa. Indwangu enesisindo esiphansi ibeka kuqala ukungenwa komoya ngendlela eyongayo.

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Izidingo zokunemba kokuhlunga Izindinganiso zokukhishwa okuqinile zidinga ukusebenza kahle kokungenelela okuphezulu (isb, >99.99%). Ezimweni ezinjalo, ukuguqulwa kwesakhiwo kuyadingeka ukuze kunxeshezelwe ukulahleka kokungena okubangelwa ukucinana okwengeziwe.

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II. Izinqubo zobuchwepheshe Zokuthuthukisa Ibhalansi ye-PTFE Indwangu Yokushisa Okuphezulu

Ukuze kuzuzwe kokubili ukunemba okuphezulu nokufinyeleleka komoya okuphezulu, abakhiqizi bezimboni basebenzisa ubuchwepheshe bokuguqula okuthuthukile endwangu ye-PTFE enezinga lokushisa eliphezulu:

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Ubuchwepheshe bokucwenga kwe-membrane yobuso Lena inqubo evamile yezinhlelo zokusebenza zokuhlunga okusezingeni eliphezulu. I-membrane ye-PTFE encane ilayishwe ngokufudumele phezu kwendwangu eyisisekelo ye-PTFE, okuvumela ukuhlungwa kwendawo . Uthuli lunamathela kuphela phezulu futhi lususwa kalula ngokuhlanzwa kwe-pulse, ukugcina ama-pores angaphakathi angavimbeli.Ngokwelula kwe-biaxial, i-membrane air permeability ingadlula i-220 L/dm²·min, inciphisa ukumelana ngo-40% uma iqhathaniswa nemikhiqizo evamile.

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Idizayini yesakhiwo se-Gradient Indwangu ye-PTFE enezinga eliphezulu lokushisa ngokuvamile ithatha isakhiwo esiyinhlanganisela yezendlalelo eziningi:

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o Isendlalelo esibheke uthuli sisebenzisa imicu ye-ultra-fine ukuthuthukisa ukunemba kokuhlunga;

o Isendlalelo sangaphakathi sisebenzisa imicu eqinile ukwakha amashaneli omoya angamelani kancane.Izinga eliphezulu le-porosity (>85%) liqinisekisa ukusakazeka komoya okubushelelezi ngaphakathi kwempahla.

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Ukuxuba i-fiber & nokwenza ngcono i-weave I-Glass fiber noma i-P84 fiber ihlanganiswa ukuze kuthuthukiswe ukuzinza kwe-dimensional nempilo yesevisi. Izindwangu ezikhethekile ezifana ne- four-harness satin  zinciphisa ukuvinjelwa kokugeleza komoya ezindaweni ezihlanganayo, zinikeze isisekelo esibushelelezi se-membrane lamination futhi ivimbele ukulimala kolwelwesi olungafaka engozini ukunemba kokuhlunga.

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III. Izinkomba Eziyisethenjwa Zendwangu Ye-PTFE Esezingeni Lokushisa Ephakeme

Ekukhetheni okusebenzayo kobunjiniyela, izikhwama zokuhlunga zendwangu ezisezingeni eliphezulu ze-PTFE ngokuvamile ziwela phakathi kobubanzi obulandelayo, okuhlukanisa izinhlelo zokusebenza zezidingo zokukhishwa ezivamile noma eziphansi kakhulu:

· Isisindo: 300–800 g/m²

· Ukunemba kokuhlunga okuzisholo: 0.1–10 μm

· Ukumelana kokuqala: ≤150 Pa

· Ukumelana okuphelele okusebenzayo: ≤1200 Pa (ukugcina ukusetshenziswa kwamandla abalandeli okusalungiswa)

· Ukungena komoya kwendwangu ye-PTFE ene-laminated yekhwalithi ephezulu: 3–15 m³/m²·min

IV. Isicelo Logic Isifinyezo

Ibhalansi phakathi kokungena komoya nokunemba kokuhlunga kwendwangu ye-PTFE enezinga lokushisa eliphezulu ayinqunywa ipharamitha eyodwa yezinto ezibonakalayo, kodwa ngokuphathwa okuhlelekile kuyo yonke isevisi yayo. ukuphila.Ngokuthuthukisa isivinini sokuhlunga, ubuchwepheshe be-membrane lamination, kanye nesakhiwo se-gradient, indwangu yezinga lokushisa eliphezulu ye-PTFE ingakwazi ukuvimba izinhlayiya ze-submicron kuyilapho igcina ukwehla komfutho wokusebenza ngaphakathi kwebanga eliwonga amandla.

Ngokuthuthuka kobuchwepheshe bokunamathela be-nanofiber, indwangu ye-PTFE enezinga eliphezulu lokushisa izofinyelela ukunemba okuphezulu kokuhlunga lapho imelana nenani eliphansi, iphinde iqinise isikhundla sayo esiyinhloko ekuhlanzeni igesi yokushisa ephezulu.

Ulwazi olungenhla lunikezwe i- Jiangsu Aokai New Materials Technology Co., Ltd.

Ukuze uthole imingcele enemininingwane, izimo zohlelo lokusebenza, nezixazululo ezenziwe ngokwezifiso zohlu oluphelele lomkhiqizo - kufaka phakathi indwangu ye-PTFE yokushisa okuphezulu, itheyiphu ye-PTFE yokushisa ephezulu, ibhande le-PTFE elinezinga eliphezulu lokushisa, amabhande angenamthungo emishini yokubopha, indwangu ye-PTFE enohlangothi olulodwa, i-high-temperature resistant, i-glass-conveyortelt sicela usithinte.

· Inombolo Yezinkonzo: Mnu. I-Guo: 18944819998 UMnu. Liu: 13705266308