Inkqubo ye-Atomization yegesi

Kwiminyaka yakutshanje, ngenxa yokunyuka kwemfuno yomgubo wesinyithi kwimarike, iiseramikhi ezenziwe nge-boron nitride ziye zanda kakhulu ukusetyenziswa kwi-atomization yesinyithi etyhidiweyo.

IAtomization yinkqubo yokuguqula imathiriyeli eqinileyo okanye engamanzi ibe yigesi esimahla. Le nkqubo iqhele ukusetyenziswa kushishino lwentsimbi etyhidiweyo ukwenza umgubo wentsimbi ocolekileyo ngezinto ezifana ne-aluminiyam, intsimbi, intsimbi engatyiwa, kunye ne-super-alloys.

Inkqubo ye-atomization yentsimbi etyhidiweyo inokwahlulwa ibe ngamanqanaba amathathu ahlukeneyo.

Okokuqala, kuya kufuneka ugalele isinyithi esityhidiweyo ngombhobho owenziwe ngeBoron Nitride (BN).

Emva koko, imijelo yoxinzelelo oluphezulu lwamanzi okanye igesi kufuneka isetyenziswe ukusabalalisa isinyithi esimanzi.

Okokugqibela, qokelela umgubo wesinyithi okumgangatho ophezulu oye wahlala ezantsi, kwaye uwubeke ukuba usetyenziswe kushicilelo lwe-3D kunye namanye amashishini abalulekileyo.

I-atomization inokufezekiswa ngeendlela ezininzi ezahlukeneyo, kubandakanywa nokusetyenziswa kwamanzi kunye negesi.

1. Atomization yamanzi

Amaxesha amaninzi, i-atomization yamanzi isetyenziselwa ukwenza umgubo wesinyithi, ngakumbi kwiintsimbi ezenziwe ngentsimbi. Inoxanduva phakathi kwe-60 kunye ne-70 yepesenti yemveliso yehlabathi jikelele ye-iron powder. I-atomization yamanzi isenokusetyenziswa ukwenza izixa ezikhulu zobhedu, nickel, intsimbi engatyiwa, kunye nomgubo othambileyo wemagnethi.

I-atomization yamanzi iye yathandwa kakhulu kwishishini lesinyithi somgubo ngenxa yokuba ixabisa ngaphantsi kwezinye iindlela. Xa kuthelekiswa negesi kunye nezinye izinto zejethi, isebenzisa amandla amancinci ukubaleka kwaye inomgangatho ophezulu wokuvelisa. Xa ujongene nesinyithi esisebenzayo kunye ne-alloys, nangona kunjalo, i-atomization yamanzi ayisebenzi. Oku kukhokelela ekudaleni igesi atomization kwakunye nezinye iindlela atomization.

2. Irhasi Atomization

I-atomization yegesi iyahluka kwi-atomization yamanzi ngeendlela ezininzi. Kwinkqubo yokwahlula isinyithi solwelo, i-atomization yamanzi isebenzisa iijethi zamanzi, ngelixa i-atomization yegesi isebenzisa igesi yesantya esiphezulu. Nangona uxinzelelo oluphakathi lunempembelelo enkulu kwi-atomization yamanzi, le nto ayidlali indima kwi-atomization yegesi. Inkqubo ye-atomization yegesi inokusetyenziswa kwiindidi ezininzi zemathiriyeli. I-atomization yegesi isetyenziswa ngokubanzi kumgubo wesinyithi we-zinc, i-aluminiyam, kunye ne-alloys yobhedu. Oku kungenxa yokunqweneleka kweempawu eziye zaxoxwa ngasentla.

Kwinkqubo ye-atomization, iimfuno zemilomo zimi ngolu hlobo lulandelayo:

Kukho iintlobo ngeentlobo zezixhobo ezikhoyo ukuba zisetyenziswe kwinkqubo atomization. Ukuqala, indawo enoxinzelelo oluphantsi kakhulu okanye enevacuum ephezulu kufuneka ibekho. Ukongeza koko, izixhobo zejethi ezinjengamanzi okanye igesi ziyimfuneko ngokupheleleyo. Okona kubaluleke kakhulu, inkqubo ye-atomization ayikwazanga ukuhamba kakuhle ngaphandle kwemilomo eyilwe kakuhle. Imilomo ephukile okanye evaliweyo inokuphazamisa inkqubo yokuvelisa umgubo, ngoko ke ukuba nemibhobho eyilwe kakuhle ibalulekile. Ke ngoko, umbhobho kufuneka ufezekise iimfuno ezikhankanywe ngasentla.

Ubunzima obuphezulu: Ukuthintela ukuqhekeka kwimibhobho esetyenziswe kwinkqubo ye-atomization, izinto ezisetyenzisiweyo kufuneka zibe zezinga eliphezulu lobunzima.

Ukuzinza kwe-Thermal Shock High: Izinto eziqinileyo zisetyenziselwa ukuqinisekisa ukuba imveliso iya kuqhubeka isebenza ngokugqibeleleyo nangona ibonakaliswe kumaqondo aphezulu.

Zeziphi iipropathi ezenza iBoron Nitride ibe yimathiriyeli efanelekileyo yomlomo weathomu yesinyithi?

I-Boron Nitride, iSilicon Carbide, kunye neZirconia zizinto ezintathu ezenza imathiriyeli yethu ekhethekileyo ye-BN ceramic composite. Ngenxa yobunzima obugqithisileyo kunye nokuzinza, le nto ilungele ukusetyenziswa kumashishini ajongene nentsimbi etyhidiweyo. Nazi iimpawu zayo ezintle:

Amandla abalaseleyo

Ukusebenza kakuhle kwe-thermal

Isebenza ngokulula

Ukuvaleka okuncinci kwi-atomizer

Ukuqukumbela, iikeramics ze-Boron Nitride zinamandla amangalisayo kunye nokusebenza kwe-thermal okuzinzile ngokumangalisayo, okwenza kube lukhetho olufanelekileyo lokwenza imilomo esetyenziswa kwi-atomization yesinyithi esinyibilikisiweyo.