Ifektri ibonelela ngokuthe ngqo nge-99.999% Bcl3 Gas 10294-34-5 ukuze ithengiswe

Ishishini lethu ligxininisa kuyo yonke imigaqo-nkqubo yomgangatho ethi “umgangatho wemveliso sisiseko sokusinda kwenkampani; ukwaneliseka kwabathengi kuya kuba yeyona nto iphambili kwinkampani; ukuphuculwa okuqhubekayo kukufuna abasebenzi ngonaphakade” kwaye injongo eqhubekayo “yokuba nodumo kuqala, umthengi kuqala” kwiFektri. Ukubonelela ngokuthe ngqo nge-99.999% Bcl3 Gas 10294-34-5 iyathengiswa. Injongo yethu yokugqibela kukuba “Ukuqwalasela eyona isebenzayo, Ukuba yeyona ilungileyo”. Nceda uzive simahla ukufowuna nathi ukuba unayo nayiphi na imfuneko.
Ishishini lethu ligxininisa kuyo yonke ipolisi yomgangatho ethi “umgangatho wemveliso sisiseko sokusinda kwenkampani; ukwaneliseka kwabathengi kuya kuba yeyona nto iphambili nesiphelo senkampani; ukuphuculwa okuqhubekayo kukusukela abasebenzi ngonaphakade” kwaye injongo eqhubekayo “yokuba nodumo kuqala, umthengi kuqala”i-China Heterocyclic; kunye neBoron Series;, Ngoluhlu olubanzi, umgangatho olungileyo, amaxabiso afanelekileyo kunye noyilo olunesitayile, izinto zethu zisetyenziswa kakhulu kushishino lobuhle nakwamanye amashishini. Izinto zethu ziyaqatshelwa kwaye ziyathenjwa ngabasebenzisi kwaye zinokuhlangabezana neemfuno zoqoqosho nezentlalo ezitshintsha rhoqo.

Iiparameter zobugcisa

I-Boron trichloride yikhompawundi engaphiliyo enefomyula yekhemikhali i-BCl3. Phantsi kobushushu obuqhelekileyo kunye noxinzelelo, yigesi engenambala, inetyhefu kwaye irhashalala enevumba lengca kunye nevumba elibi. Inzima kunomoya. Ayitshi emoyeni. Izinzile kwi-ethanol epheleleyo, iyabola emanzini okanye kwi-alcohol ukuvelisa i-boric acid kunye ne-hydrochloric acid, kwaye ikhupha ubushushu obuninzi, kwaye ivelisa umsi ngenxa ye-hydrolysis emoyeni ofumileyo, kwaye iyabola ibe yi-hydrochloric acid kunye ne-boric acid ester kwi-alcohol. I-Boron trichloride inamandla okusabela, inokwenza iintlobo ngeentlobo zeekhompawundi zokulungelelanisa, kwaye inozinzo oluphezulu lwe-thermodynamic, kodwa phantsi kwesenzo sokukhupha umbane, iya kubola ukuze yenze i-boron chloride enexabiso eliphantsi. Kwi-atmosphere, i-boron trichloride inokusabela ngeglasi kunye neeseramikhi xa ishushu, kwaye inokusabela nezinto ezininzi eziphilayo ukwenza iikhompawundi ezahlukeneyo ze-organoboron. Isetyenziswa kakhulu njengomthombo wokusebenzisa i-doping kwi-silicon ye-semiconductor, esetyenziselwa ukulungiselela iikhompawundi ezahlukeneyo ze-boron, ikwasetyenziswa njengee-catalysts ze-organic synthesis, i-co-solvents zokubola kwe-silicate, kunye ne-boronization yentsimbi, njl.njl., kwaye ingasetyenziselwa ukuvelisa iikhompawundi ze-boron nitride kunye ne-boron Alkane. I-Boron trichloride inetyhefu kakhulu, inomsebenzi ophezulu wokuphendula kwamakhemikhali, kwaye ibola ngokukhawuleza xa idibana namanzi. Ingavelisa i-chloroacetylene eqhumayo kunye nobhedu kunye nee-alloys zayo. Ingcolisa kakhulu uninzi lweesinyithi xa ivezwa kumswakama kwaye inokugqwala neglasi. Emoyeni omanzi, umsi omhlophe oqinileyo ongcolisayo unokwenziwa. Isabela ngamandla ngamanzi kwaye ikhuphe igesi ye-hydrogen chloride ecaphukisayo neyonakalisayo. Ukuphefumla komntu, ukungeniswa ngomlomo okanye ukufunxwa ngesikhumba kuyingozi emzimbeni. Ingabangela ukutsha kweekhemikhali. Ukongeza, ikwayingozi nakwindalo esingqongileyo. I-Boron trichloride kufuneka igcinwe kwindawo yokugcina izinto epholileyo nekhuselekileyo enomoya. Gcina kude nomlilo kunye nemithombo yobushushu. Ubushushu bokugcina kufuneka bugcinwe ngaphantsi kwama-35℃ (ubushushu bokugcina obukhulu akufuneki bube ngaphezulu kwama-52℃). Isilinda yentsimbi kufuneka ibekwe ime nkqo, igcine isikhongozeli (ivalvu) sivaliwe kwaye ufake isigqubuthelo sesilinda. Kufuneka igcinwe ngokwahlukileyo kwezinye iikhemikhali, kwaye indawo yokugcina kufuneka ixhotyiswe ngezixhobo zonyango olungxamisekileyo oluvuzayo.

Isicelo:

1. Ukusetyenziswa kweekhemikhali:
I-BCL3 ingasetyenziselwa ukwenza i-boron ecocekileyo ephezulu, i-organic synthesis catalyst; njenge-flux yokubola kwe-silicate; isetyenziselwa i-iron boronizing
 
2. Amafutha:
Isetyenziswe kwicandelo lamafutha anamandla aphezulu kunye neerokethi ezivelisa amandla njengomthombo we-boron wokunyusa ixabiso le-BTU.
 
3. Ukukrola:
I-BCl3 ikwasetyenziswa ekutshiseni i-plasma kwimveliso ye-semiconductor. Le gesi itshiza i-metal oxides ngokwenza iikhompawundi ze-BOClX eziguquguqukayo.

Iphakheji eqhelekileyo:

Inzuzo:

1. Umzi-mveliso wethu uvelisa i-BCL3 ngezinto ezisemgangathweni ophezulu, ngaphandle kokuba ixabiso liphantsi.
2. I-BCL3 iveliswa emva kweenkqubo ezininzi zokucoca nokulungisa kwifektri yethu. Inkqubo yolawulo ekwi-intanethi iqinisekisa ubunyulu begesi kwinqanaba ngalinye. Imveliso egqityiweyo kufuneka ihlangabezane nomgangatho.
3. Ngexesha lokuzalisa, isilinda kufuneka yomiswe ixesha elide (ubuncinane iiyure ezili-16), emva koko sivasa isilinda ngokucoca, ekugqibeleni siyisuse ngegesi yokuqala. Zonke ezi ndlela ziqinisekisa ukuba igesi icocekile kwisilinda.
4. Sineminyaka emininzi sisebenza kwicandelo leGesi, amava atyebileyo kwimveliso nakwezokuthumela ngaphandle asenza siphumelele abathengi'Ukuba siyathemba, bayaneliseka yinkonzo yethu kwaye basinika izimvo ezintle.Ishishini lethu ligxininisa kuyo yonke imigaqo-nkqubo yomgangatho ethi “umgangatho wemveliso sisiseko sokusinda kwenkampani; ukwaneliseka kwabathengi kuya kuba yeyona nto iphambili kwinkampani; ukuphuculwa okuqhubekayo kukufuna abasebenzi ngonaphakade” kwaye injongo eqhubekayo “yokuba nodumo kuqala, umthengi kuqala” kwiFektri. Ukubonelela ngokuthe ngqo nge-99.999% Bcl3 Gas 10294-34-5 iyathengiswa. Injongo yethu yokugqibela kukuba “Ukuqwalasela eyona isebenzayo, Ukuba yeyona ilungileyo”. Nceda uzive simahla ukufowuna nathi ukuba unayo nayiphi na imfuneko.
Ifektri ibonelela ngokuthe ngqoi-China Heterocyclic; kunye neBoron Series;, Ngoluhlu olubanzi, umgangatho olungileyo, amaxabiso afanelekileyo kunye noyilo olunesitayile, izinto zethu zisetyenziswa kakhulu kushishino lobuhle nakwamanye amashishini. Izinto zethu ziyaqatshelwa kwaye ziyathenjwa ngabasebenzisi kwaye zinokuhlangabezana neemfuno zoqoqosho nezentlalo ezitshintsha rhoqo.