I-carbon fiber felt
Isingeniso
I-Carbon ne-Graphite felt iyi-insulation ethambile neguquguqukayo yokushisa okuphezulu evame ukusetshenziswa ezindaweni ezivikelwe nge-vacuum kanye nezindawo ezivikelwe ezifika ku-5432 ℉ (3000 ℃). I-felt ehlanzekile kakhulu ehlanjululwe ngokushisa ifika ku-4712 ℉ (2600 ℃) kanye ne-Halogen Purification iyatholakala kuma-oda okukhiqiza ngokwezifiso. Ngaphezu kwalokho, izinto zingasetshenziswa emazingeni okushisa afinyelela ku-752 ℉ (400 ℃).
Uhlobo lwe-activated carbon fiber luvame ukuzwakala, indwangu, imicu, ene-fibre yemifino (i-viscose fiber) noma enye i-polymer ephilayo njengezinto zokusetshenziswa, eyakhiwa kuqala bese kuba yi-carbonized activation. Isici esiyinhloko yi-carbon. Ama-athomu e-carbon akhona ngesimo sokufakwa okungahleliwe kwama-microcrystals afana ne-graphite ku-activated carbon fiber. Ukuhleleka kwesikhala esinezinhlangothi ezintathu kubi.
Esinye isici ukuthi inendawo enkulu ebusweni, futhi inani elikhulu lama-micropores liyavulwa ebusweni be-fiber. Enkambisweni yokumuncwa nokumuncwa, indlela yokumuncwa kwama-molecule imfushane, futhi i-adsorbent ingangena ngqo kuma-micropores. Lokhu kunikeza izimo zokumuncwa okusheshayo kwe-activated carbon fiber kanye nokusetshenziswa okuphumelelayo kwama-micropores.
Indawo ethile engaphezulu kwe-fiber activated carbon inkulu, ama-pores athuthukiswe kahle, ukusebenza kwe-adsorption kuphezulu, isivinini sokumunca siyashesha, singasetshenziswa ngokuphindaphindiwe njalo njalo.
Uyini umehluko phakathi kwePan neRayon Felts?
I-Polyacrylonitrile, eyaziwa nangokuthi i-PAN, yenziwe ngemicu emikhulu yobubanzi obuholela endaweni ephansi kanye nokumelana okungcono kwe-oxidation. Izinto eziguquguqukayo ziqinile futhi azithambile kangako uma ziqhathaniswa ne-Rayon. Ukushisa kwe-Rayon kuphansi kune-PAN emazingeni okushisa angaphezu kuka-3272℉ (1800℃).
Ngezicelo zokwelashwa kokushisa, ihhovisi lethu lincoma kakhulu i-PAN carbon felt ngenxa yokuphathwa kalula kwezinto kanye nentengo ephansi. Uma usebenza emazingeni okushisa angaphezu kuka-3272℉ (1800℃), sicela usebenzise i-Rayon.
IZINZUZO
Kulula ukusika nokufaka.
Ukuminyana okuphansi kanye nesisindo sokushisa.
Ukumelana nokushisa okuphezulu.
Okuqukethwe komlotha nesibabule kuphansi.
Akukho ukuphambanisa.
Isicelo
(1) ukululama kwe-solvent: i-benzene, i-ketone, i-ester, uwoyela kungaba ukululama kwe-adsorption.
(2) ukuhlanzwa komoya: kungamunca futhi kuhlunge umoya ephunga, iphunga lomzimba, intuthu, igesi, i-O3, i-SO2, i-NO.
(3) ukuhlanzwa kwamanzi: kungasusa ama-ion ensimbi esindayo emanzini, izinto ezibangela umdlavuza, iphunga, isikhunta, amabhaktheriya kanye nokushintsha umbala; Kungasetshenziswa ekwelapheni amanzi ompompi, amanzi embonini yokudla kanye namanzi ahlanzekile ezimbonini.
(4) ubunjiniyela bezemvelo: ukwelashwa kwegesi engcolile kanye nendle;
(5) izinto zokuphefumula, izingubo zokuzivikela, izihlungi zikagwayi, njll.;
6 ukukhishwa noma ukubuyiselwa kwensimbi eyigugu, ukumuncwa kwezinto ezinemisebe, kungasetshenziswa futhi njengesithwali se-catalyst, isigaba esinqunyiwe se-gas chromatography;
Umuthi osephaketheni, umuthi ophuthumayo, izinso zokwenziwa, njll.;
E. Izinhlelo zokusebenza ze-elekthronikhi nezamandla, njenge-capacitor enamandla aphezulu, amabhethri okugcina, njll.;
Izinto zokushisa okuphezulu kanye nokuvikela ukushisa.
I-carbon fiber esebenzayo ngokwezinto ezibonakalayo ingahlukaniswa ibe yi-viscose, i-polyacrylonitrile ibe uchungechunge olubili, ngokwesimo se:
● indwangu ye-carbon fiber evuselelwe ● indwangu ye-carbon fiber evuselelwe
● i-carbon fiber evuselelwe ●iphepha le-carbon fiber evuselelwe
mayelana
Inkampani
