Imikhiqizo
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I-Microcrystalline Stone Energy Ball Water Filter Media
Igama: I-Microcrystalline Stone Energy Ball Usayizi: Φ3mm / Φ5mm Umbala: Okumnyama Okukhanyayo: Izinhlobonhlobo zamaminerali ezuzisayo emvelo, i-powder infrared ekude, Ukukhiqizwa kwe-Ionative ye-Negative: Umsebenzi we-1280 degrees wokushisa okuphezulu: Ukuchithwa kwamaminerali, Ama-molecule wamanzi asebenzayo, Ukukhishwa kwe-infrared , khulula i-Negative ions Isicelo: Isetshenziselwa ukwelashwa kwamanzi, okwenziwa ezimbonini, ukunakekelwa kokudla nokupakisha kwezokwelapha: 25kg ibhokisi ngalinye noma okwenziwe ngokwezifiso -
Imithombo yokuhlunga ye-Ceramic Ball Water infrared
Igama: Usayizi webhola le-Ceramic we-infrared: Φ3-25mm Umbala: Okubomvu: Okunhlobonhlobo kwamaminerali wemvelo anenzuzo, Ukukhiqizwa kwempuphu engaphezulu kwe-infrared: Umsebenzi we-1120 degrees wokushisa okuphezulu: Umsebenzi we-adsorption oqinile, Ukuqedwa kwamaminerali, Lungisa futhi uhlanze amanzi, Khipha kude- Isicelo seso lefoni -
Isigaxa samanzi se-hydrogen esibi sokuhlanzwa kwamanzi okuphuza
Igama: Negative ucezu lwamanzi e-hydrogen Usayizi: Usayizi ohlukahlukene otholakalayo Umbala: Okumpunga okukhanyayo okukhanyayo: I-powder engaba namandla, enye impushana esebenzayo nobumba Ukukhiqizwa: Isikhunta sicindezelwe futhi sintering okushisa okuphezulu Umsebenzi: 1.React ngamanzi ukukhiqiza inani elikhulu le-hydrogen, yenza amanzi inokunciphiswa okunamandla, inganciphisa ama-ros kumaseli egazi nomzimba 2.ORP 0 ～ -300mv, yenza iseli ligcwele amandla ukuze ihlale iphilile, ingasiza umzimba ukuthi ususe i-chromate eyingozi, i-nitrite a ... -
17% AL2O3 I-Inert Alumina Ball Ceramic
I-17% AL2O3 Inert Alumina Ceramic Ball (i-Catalyst Support Media) isetshenziswa kakhulu njengeCatalyst Support Media emhlabeni wonke ngenxa yokuqina kwayo nokuthembeka kwayo. Ikhiqizwe ngezinto zodaka zamakhemikhali zobumba ezisezingeni eliphakeme kakhulu, ezinokuqina okuhle impela, amandla aphezulu womshini nokumelana nokushaqeka okushisayo, Lokhu kuzenza zonke zikhethe kahle ukwesekwa kwazo zonke izinhlobo ze-catalyst.
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I-23% AL2O3 Inert Alumina Ceramic Ball isekela abezindaba be-porcelain balls
I-23% AL2O3 Inert Alumina Ceramic Ball (i-Catalyst Support Media) isetshenziswa kakhulu njengeCatalyst Support Media emhlabeni wonke ngenxa yokuqina kwayo nokuthembeka kwayo. Ikhiqizwe ngezinto zodaka zamakhemikhali zobumba ezisezingeni eliphakeme kakhulu, ezinokuqina okuhle impela, amandla aphezulu womshini nokumelana nokushaqeka okushisayo, Lokhu kuzenza zonke zikhethe kahle ukwesekwa kwazo zonke izinhlobo ze-catalyst.
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Ukupakisha kwe-Mid-Alumina Ball Ceramic Ball
Amabhola we-Mid-Alumina Inert ceramic asetshenziswa kakhulu emikhakheni eminingi, kufaka phakathi i-petroleum, ubunjiniyela bamakhemikhali, ukukhiqizwa kukamanyolo, igesi yemvelo nokuvikelwa kwemvelo. Zisetshenziswa njengezinto zokumboza nezisekelayo zezinto zokubamba ezitsheni zokuphendula futhi njengokupakisha emibhoshongweni. Zinezici zamakhemikhali ezizinzile nezinga eliphansi lokumunca amanzi, zimelana namazinga okushisa aphezulu kanye nengcindezi ephezulu, futhi zimelana nokugqwala kwe-asidi, i-alkali namanye ama-solvents we-organic. Bangakwazi ukumelana noshintsho lokushisa ngesikhathi senqubo yokukhiqiza. Indima enkulu yamabhola we-inert ceramic ukukhulisa izindawo zokusabalalisa igesi noma uketshezi, nokuxhasa nokuvikela i-catalyst esebenzayo ngamandla amancane.
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99% AL2O3 Inert Alumina Ball Ceramic
I-99% High Alumina Ball Ceramic (Catalyst Support Media) Yenziwe nge-alumina powder yokuqukethwe kwe-silicon ephansi. Ubumsulwa obuphakeme namandla aphezulu abenza ukumelana nokushisa okuphezulu ngokweqile, kusetshenziselwa ukuvikela umbhoshongo wokuphendula we-leaching wemishini esembozweni ye-silica noma ukungcola noma isithwali se-catalyst esinobuthi. Lokhu kuzenza zonke zibe yisinqumo esihle sokuxhaswa kwazo zonke izinhlobo ze-catalyst. Isetshenziswa kabanzi ezimbonini ze-petroleum, amakhemikhali, omanyolo, igesi kanye nokuvikelwa kwemvelo, njengesikhuthazi ku-reactor ukumboza izinto zokuxhasa kanye nokupakisha kombhoshongo.
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Ibhola le-Ceramic eliDabukisayo lokumboza nezinto zokusekela
Ibhola le-ceramic elinamandla libizwa nangokuthi amabhola wokuhlunga. Kwenziwe ngokwenza ama-pores angama-20-30% ngaphakathi kwamabhola we-inert ceramic. Ngakho-ke ingasetshenziswa hhayi kuphela ukuxhasa nokumboza i-catalyst, kepha nokuhlunga nokususa ukungcola kokusanhlamvu, i-gelatin, i-asphalting, i-heavy metal ne-ayoni yensimbi engaphansi kuka-25um. Uma ibhola elinomhlwenga libekwe phezulu kwesiphenduli, ukungcola kwehluleka ukuqedwa kunqubo yangaphambilini kungakhangiswa kuma-pores angaphakathi kwamabhola, lapho lapho kuvikelwa khona okuvusayo futhi kwandise umjikelezo wokusebenza wohlelo. Njengoba ukungcola okukhona ezintweni zokusebenza kuhlukile, umsebenzisi angakhetha umkhiqizo ngosayizi wabo, ama-pores kanye ne-porosity, noma uma kunesidingo, engeza i-molybdenum, i-nickel ne-cobalt noma ezinye izinto ezisebenzayo ukuvimbela i-catalyst ekuphekeni noma ekufakeni ubuthi.
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Izinga lokushisa eliphakeme ukumelana ibhola ceramic refractory
Ibhola elikhonayo elinobuso obushelelezi, ukumelana nokugqwala, ukugqokwa kokuqina, amandla aphezulu, ukuqhuba okushisayo namandla okushisa, ukusebenza kahle okushisayo, ukuzinza okuhle kokushisa nokushisa kwesitoreji akulula ukuphuka, njll. isitshalo se-ammonia. Ibhola le-Refractory linezinzuzo eziningi, njenge:
Amandla aphezulu, isikhathi sokusebenzisa eside.
Ukuzinza kwamakhemikhali, ngeke kusabele ngezinto zokwakha.
Ukusebenza okuhle kokumelana nokushisa okuphezulu, ukumelana nokushisa okuphezulu kuze kufike ku-1900 ℃. -
I-Alumina Grinding Ball esetshenziswe esigayweni sebhola
Ukugaya Amabhola afanele ukugaya okuphakathi okusetshenziselwa imishini yokugaya ibhola.
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Ceramic Pall Ring Tower Ukupakisha
I-Ceramic Pall Ring ithuthukisiwe kusuka ku-ceramic Raschig Ring, i-Ceramic Pall Ring inezele ukwakheka kokuvula izimbobo odongeni lwamasonto, lokhu kwakhiwa kungathuthukisa indawo engaphezulu kanye ne-voidage, i-Ceramic Pall Ring yenza i-porosity isatshalaliswe ngisho futhi ithuthukise ukusatshalaliswa kwe uketshezi, umthamo omkhulu nokwehla kwengcindezi okuphansi kuneringi yokuqhekeka kwe-ceramic.
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Ukupakisha okungahleliwe kwePlastiki Rosette Ring
IPlastic Teller Rosette Ring iyi-AJTeller yokuqala eyenziwe yi-United States ngo-1954 ngaphandle kocwaningo nentuthuko, ngakho-ke nayo ibuye ibizwe nge-garland wreath Taylor (Teller Rosette). Le filler yakhiwe ngezindandatho eziningi ezakhiwe eduze kwefindo, ngoba umnyango ungagcwalisa igebe lokuthola uketshezi oluphakeme kakhulu, ikholomu ewuketshezi ingahlala isikhathi eside, ngaleyo ndlela yengeze isikhathi sokuxhumana segesi-ketshezi olunezigaba ezimbili, ithuthukise ukusebenza kahle kokupakisha kwesisindo ukudlulisa. Ukupakisha kwe-polypropylene nge-porosity, nokwehla kwengcindezi nokuphakama okuphansi kweyunithi yokudlulisa ubuningi, iphoyinti eliphakeme, ukuthintana komoya-uketshezi ngokugcwele, inani lokusetshenziswa okuncane, okuphezulu nokusebenza ngobuningi kusetshenziselwa ukukhuhla igesi, ukuhlanza umbhoshongo.
