Ikhwalithi enhle kakhulu yase-China Boron Trichloride (CAS: 10294-34-5) Umhlinzeki

Imikhiqizo eqhutshwa kahle, iqembu lemali engenayo elinamakhono, kanye nemikhiqizo namasevisi angcono ngemva kokuthengisa;Siphinde saba umndeni omkhulu obumbene, bonke abantu banamathela ngentengo yebhizinisi "ukuhlanganiswa, ukuzinikela, ukubekezelela" Ikhwalithi Enhle Kakhulu.I-China Boron Trichloride(CAS: 10294-34-5) Umphakeli, Umgomo wenhlangano yethu uwukunikeza okuthengiswayo kwekhwalithi ephezulu, isevisi yochwepheshe, nokuxhumana okuthembekile.Yamukela bonke abangani ukuze uthole isilingo sokwenza ubambiswano lwebhizinisi lwesikhathi eside.
Imikhiqizo eqhutshwa kahle, iqembu lemali engenayo elinamakhono, kanye nemikhiqizo namasevisi angcono ngemva kokuthengisa;Siphinde saba umndeni omkhulu obumbene, bonke abantu banamathela enanini lebhizinisi “ukuhlanganisa, ukuzinikela, ukubekezelelana”Igesi ye-Boron Trichloride, I-China Boron Trichloride, Izinjongo zethu eziyinhloko ukuhlinzeka amakhasimende ethu emhlabeni wonke ngekhwalithi enhle, intengo yokuncintisana, ukulethwa okwanelisayo kanye nezinsizakalo ezinhle kakhulu.Ukwaneliseka kwekhasimende kuwumgomo wethu oyinhloko.Siyakwamukela ukuthi uvakashele i-showroom yethu kanye nehhovisi.Besilokhu sibheke ngabomvu ukusungula ubuhlobo bebhizinisi nawe.

Imingcele yezobuchwepheshe

I-Boron trichloride iyinhlanganisela ye-inorganic ne-chemical formula BCl3.Ngaphansi kwezinga lokushisa elivamile nokucindezela, iyigesi engenambala, enobuthi futhi edlayo enephunga lotshani kanye nephunga elibi.Isinda kunomoya.Ayishi emoyeni.Iyazinzile ku-ethanol ephelele, ibola emanzini noma etshwaleni ukuze ikhiqize i-boric acid ne-hydrochloric acid, futhi ikhipha ukushisa okuningi, futhi ikhiphe intuthu ngenxa ye-hydrolysis emoyeni oswakeme, futhi ibola ibe yi-hydrochloric acid ne-boric acid ester otshwaleni.I-Boron trichloride inamandla okusabela aqinile, ingakha izinhlanganisela ezihlukahlukene zokuhlanganisa, futhi inokuqina okuphezulu kwe-thermodynamic, kodwa ngaphansi kwesenzo sokukhishwa kukagesi, izobola ukuze yakhe i-boron chloride enenani eliphansi.Emkhathini, i-boron trichloride ingasabela ngengilazi nezitsha zobumba lapho ishiswa, futhi ingasabela nezinto eziningi eziphilayo ukuze yakhe inhlanganisela ye-organoboron ehlukahlukene.Isetshenziswa kakhulu njengomthombo we-doping we-silicon ye-semiconductor, esetshenziselwa ukulungisa izinhlanganisela ezihlukahlukene ze-boron, ezibuye zisetshenziswe njengama-organic synthesis catalysts, ama-co-solvents okubola kwe-silicate, kanye ne-boronization yensimbi, njll., futhi ingasetshenziswa ukukhiqiza i-boron nitride ne-boron. I-Alkane compounds.I-Boron trichloride inobuthi obunzima, inomsebenzi ophezulu wokusabela kwamakhemikhali, futhi ibola ngokuqhuma lapho ihlangana namanzi.Ingase ikhiqize i-chloroacetylene eqhumayo ngethusi nama-alloys ayo.Igqwala kakhulu ezinsimbi eziningi uma ichayeke kumswakama futhi ingagqwala nengilazi.Emoyeni oswakeme, kungakheka intuthu emhlophe eqinile.Isabela ngobudlova emanzini futhi ikhipha igesi ye-hydrogen chloride ecasulayo neyonakalisayo.Ukuhogela komuntu, ukuphatha ngomlomo noma ukumuncwa ngesikhumba kuyingozi emzimbeni.Kungabangela ukushiswa kwamakhemikhali.Ngaphezu kwalokho, iyingozi futhi endaweni ezungezile.I-Boron trichloride kufanele igcinwe endaweni yokugcina impahla epholile futhi enomoya.Gcina kude nomlilo nemithombo yokushisa.Izinga lokushisa lokugcina kufanele ligcinwe lingaphansi kuka-35℃ (izinga lokushisa eliphezulu lokulondoloza akufanele libe ngaphezu kuka-52℃).Isilinda sensimbi kufanele sibekwe siqonde, gcina isitsha (i-valve) sivalwe futhi ufake isivalo se-cylinder.Kufanele igcinwe ngokuhlukana kwamanye amakhemikhali, futhi indawo yokugcina kufanele ifakwe imishini yokwelapha ephuthumayo evuzayo.

Isicelo:

1. Ukusetshenziswa Kwekhemikhali:
I-BCL3 ingasetshenziselwa ukwenza i-boron ehlanzekile ephezulu, i-organic synthesis catalyst;njengokuguquguquka kokubola kwe-silicate;esetshenziselwa i-iron boronizing
 
2. Izibaseli:
Isetshenziswe emkhakheni wamafutha aphezulu kanye nama-rocket propellants njengomthombo we-boron ukuphakamisa inani le-BTU.
 
3. Ukufaka:
I-BCl3 iphinde isetshenziswe ku-plasma etching ekukhiqizeni i-semiconductor.Le gesi ikhipha ama-oxide ensimbi ngokwakhiwa kwenhlanganisela ye-BOClX eguquguqukayo.

Iphakheji evamile:

Inzuzo:

1. Imboni yethu ikhiqiza i-BCL3 ngempahla eluhlaza yekhwalithi ephezulu, ngaphandle kwentengo ishibhile.
2. I-BCL3 ikhiqizwa ngemuva kwezinqubo zezikhathi eziningi zokuhlanzwa kanye nokulungisa efektri yethu.Uhlelo lokulawula ku-inthanethi luqinisekisa ubumsulwa begesi ngaso sonke isikhathi.Umkhiqizo oqediwe kufanele uhlangabezane nezinga.
3. Ngesikhathi sokugcwalisa, i-cylinder kufanele yomiswe kuqala isikhathi eside (okungenani amahora angu-16), bese sihlanza isilinda, ekugcineni siyisusa ngegesi yasekuqaleni.Zonke lezi zindlela ziqinisekisa ukuthi igesi ihlanzekile ku-cylinder.
4. Sesibe khona emkhakheni weGesi iminyaka eminingi, isipiliyoni esicebile ekukhiqizeni nasekuthumeleni kwamanye amazwe masiwine amakhasimende'siyathemba, bayanelisa ngenkonzo yethu futhi basinikeze ukuphawula okuhle.Imikhiqizo eqhutshwa kahle, iqembu lemali engenayo elinamakhono, kanye nemikhiqizo namasevisi angcono ngemva kokuthengisa;Siphinde saba umndeni omkhulu obumbene, bonke abantu babambelela enanini lebhizinisi “ukuhlanganiswa, ukuzinikela, ukubekezelelana” kwekhwalithi Enhle Kakhulu yase-China Boron Trichloride (CAS: 10294-34-5) Umphakeli, Umgomo wenhlangano yethu uwukunikeza njalo -Ikhwalithi yokuthengisa, isevisi yochwepheshe, nokuxhumana okuthembekile.Yamukela bonke abangani ukuze uthole isilingo sokwenza ubambiswano lwebhizinisi lwesikhathi eside.
Ikhwalithi enhle kakhulu yaseChina Boron Trichloride,Igesi ye-Boron Trichloride, Izinjongo zethu eziyinhloko ukuhlinzeka amakhasimende ethu emhlabeni wonke ngekhwalithi enhle, intengo yokuncintisana, ukulethwa okwanelisayo kanye nezinsizakalo ezinhle kakhulu.Ukwaneliseka kwekhasimende kuwumgomo wethu oyinhloko.Siyakwamukela ukuthi uvakashele i-showroom yethu kanye nehhovisi.Besilokhu sibheke ngabomvu ukusungula ubuhlobo bebhizinisi nawe.