Iimveliso
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Horizontal amagumbi aphindwe kabini carbonitriding kunye neziko lokucima ioli
I-Carbonitriding yitekhnoloji yokuguqulwa kwe-metallurgical surface, esetyenziselwa ukuphucula ubulukhuni besinyithi kunye nokunciphisa ukuguga.
Kule nkqubo, i-gap phakathi kwekhabhoni kunye ne-athomu ye-nitrogen isasazeka kwisinyithi, yenza umqobo wokutyibilika, okwandisa ubulukhuni kunye nemodyuli kufuphi nomphezulu.I-Carbonitriding idla ngokusetyenziswa kwiintsimbi eziphantsi kwekhabhoni ezingabizi kwaye kulula ukusetyenzwa ukuze zinike iipropati ezingaphezulu ezibiza kakhulu kwaye kunzima ukusetyenzwa ngamabakala entsimbi.Ubunzima bomphezulu beendawo zeCarbonitriding ukusuka kwi-55 ukuya kwi-62 HRC.
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I-vacuum Debinding kunye ne-Sintering furnace (Isithando se-MIM, isithando somgubo sesinyithi)
I-Paijin Vacuum i-Debinding kunye ne-Sintering furnace yi-vacuum furnace ene-vacuum, i-debinding kunye nenkqubo ye-sintering ye-debinding kunye ne-sintering ye-MIM, i-Powder metallurgy;ingasetyenziselwa ukuvelisa iimveliso zesinyithi somgubo, iimveliso zokwenza isinyithi, isiseko sensimbi engenasici, i-alloy eqinile, iimveliso ze-alloy super
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Vacuum carburizing eziko kunye nokulinganisa kunye nenkqubo yokulawula kunye nenkqubo yokucima
I-vacuum carburizing kukutshisa i-workpiece kwi-vacuum.Xa ifikelela kwiqondo lobushushu ngaphezu kwendawo ebaluleke kakhulu, iya kuhlala ixesha elithile, idegass kwaye isuse ifilimu ye-oxide, kwaye emva koko idlule kwigesi ecociweyo ye-carburizing ye-carburizing kunye nokusabalalisa.Ubushushu be-carburizing ye-vacuum carburizing iphezulu, ukuya kuthi ga kwi-1030 ℃, kwaye isantya se-carburizing siyakhawuleza.Umsebenzi ongaphezulu weengxenye ze-carburized uphuculwe ngokukhupha i-degassing kunye ne-deoxidizing.Isantya sosasazo esilandelayo siphezulu kakhulu.I-Carburizing kunye nokusasazwa kwenziwa ngokuphindaphindiweyo kwaye ngokutshintshanayo de kufikelelwe umphezulu woxinzelelo kunye nobunzulu obufunekayo.
Ubunzulu be-vacuum carburizing kunye nokugxilwa komphezulu kunokulawulwa;Inokutshintsha iipropathi zemetallurgical zomaleko ongaphezulu wamalungu esinyithi, kwaye ubunzulu bayo obusebenzayo be-carburizing bunzulu kunobunzulu be-carburizing bezinye iindlela.
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Vacuum carburizing eziko
I-vacuum carburizing kukutshisa i-workpiece kwi-vacuum.Xa ifikelela kwiqondo lobushushu ngaphezu kwendawo ebaluleke kakhulu, iya kuhlala ixesha elithile, idegass kwaye isuse ifilimu ye-oxide, kwaye emva koko idlule kwigesi ecociweyo ye-carburizing ye-carburizing kunye nokusabalalisa.Ubushushu be-carburizing ye-vacuum carburizing iphezulu, ukuya kuthi ga kwi-1030 ℃, kwaye isantya se-carburizing siyakhawuleza.Umsebenzi ongaphezulu weengxenye ze-carburized uphuculwe ngokukhupha i-degassing kunye ne-deoxidizing.Isantya sosasazo esilandelayo siphezulu kakhulu.I-Carburizing kunye nokusasazwa kwenziwa ngokuphindaphindiweyo kwaye ngokutshintshanayo de kufikelelwe umphezulu woxinzelelo kunye nobunzulu obufunekayo.
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I-vacuum yokucima i-oyile yokucima i-oil Horizontal enamagumbi amabini
Ukucima i-oyile yevacuum kukutshisa i-workpiece kwigumbi lokufudumeza le-vacuum kwaye uyihambise kwitanki yeoli yokucima.Indawo yokucima ioli.Ioli yokucima kwi-oyile ye-oyile ixutywe ngamandla ukupholisa i-workpiece ngokukhawuleza.
Le modeli ineengenelo zokuba i-workpieces eqaqambileyo inokufumaneka ngokucinywa kweoyile yevacuum, nge-microstructure elungileyo kunye nokusebenza, akukho oxidation kunye ne-decarburization kumphezulu.Isantya sokupholisa sokucinywa kweoyile sikhawuleza ngakumbi kunokucima igesi.
I-oyile yokucoca isetyenziselwa ukucima i-oyile ye-vacuum yentsimbi ye-alloy structural, intsimbi, intsimbi yasentwasahlobo, intsimbi yokufa, isinyithi esinesantya esiphezulu kunye nezinye izinto.
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i-vacuum yokutshisa iziko lokutshisa, ukuthambisa, ukuguga
I-vacuum Tempering Furnace Ifanelekile kunyango olushushu lwensimbi yokufa, isinyithi esinesantya esiphezulu, insimbi engenasici kunye nezinye izinto emva kokucima;isisombululo esiqinileyo emva kokuguga unyango lwensimbi engenasici, i-titanium kunye ne-titanium alloys, izinyithi ezingenayo i-ferrous, njl.;ukuguga kwakhona unyango lwezinyithi ezingenayo i-ferrous;
Inkqubo yesithando somlilo yayilawulwa yi-PLC, ubushushu bulawulwa ngumlawuli weTempile okrelekrele, ulawulo oluchanekileyo, ukuzenzekelayo okuphezulu.Umsebenzisi unokukhetha i-auto okanye i-manual engaphazanyiswayo ukutshintshela ukuyisebenzisa, esi sithando somlilo sinomsebenzi ongaqhelekanga owothusayo, kulula ukuwusebenzisa.
Ukusebenza kokhuseleko lwendalo kuphuculwe, ukonga iindleko zokugcinwa, ukonga iindleko zamandla.
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Ubushushu obuphantsi bevacuum brazing furance
I-aluminiyam i-alloy vacuum yokutshisa iziko isebenzisa uyilo oluphezulu lwesakhiwo.
Izinto zokufudumala zilungelelaniswe ngokulinganayo kunye ne-360 degree circumference yegumbi lokufudumala, kwaye ukushisa okuphezulu kufana.Isithando somlilo sithatha umatshini wokumpompa we-vacuum onesantya esiphezulu samandla aphezulu.
Ixesha lokubuyisela i-vacuum lifutshane.Ulawulo lobushushu be-diaphragm, i-deformation encinci ye-workpiece kunye nokusebenza kakuhle kwemveliso.Ixabiso eliphantsi le-aluminiyam i-vacuum ye-vacuum yokutshisa i-furnace inesenzo esizinzile nesithembekileyo soomatshini, ukusebenza ngokufanelekileyo kunye nokufakwa kweprogram eguquguqukayo.Ulawulo lwe-manual / semi-automatic / oluzenzekelayo, i-alarm yempazamo ezenzekelayo / isiboniso.Ukuhlangabezana neemfuno zeendawo eziqhelekileyo ze-vacuum brazing kunye nokucima izinto ezingentla.I-aluminiyam yokucoca isithando somlilo iya kuba nemisebenzi yolawulo oluzenzekelayo oluthembekileyo, ukubeka iliso, ukulandelela kunye nokuzixilonga kwinqanaba lamazwe ngamazwe.Iziko lokonga amandla, elinobushushu be-welding obungaphantsi kwe-700 degrees kwaye akukho ngcoliseko, yeyona ndawo ifanelekileyo yokubeka ibhafu yetyuwa.
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Ubushushu obuphezulu be-vacuum brazing furance
★ Uyilo olusemgangathweni lokumodareyitha kwendawo
★ Ulawulo lwenkqubo oluchanekileyo lufezekisa ukuveliswa kwemveliso okungaguqukiyo
★ Umgangatho ophezulu wegraphite waziva/isikrini sentsimbi sinokuzikhethela, ukufudumeza into engama-360 ejikeleze ukufudumeza ngemitha.
★ Umtshintshisi wobushushu wendawo enkulu, ifeni yokujikeleza yangaphakathi nangaphandle inomsebenzi wokucima
★ Vacuum inxenye yoxinzelelo / umsebenzi wolawulo lobushushu kwindawo ezininzi
Ukuncitshiswa kongcoliseko lweYunithi ngoMqokeleli we-vacuum Coagulation
★ Ifumaneka kwimveliso yomgca wokuhamba, iziko lokubrawuza ezininzi zabelana ngeseti enye yenkqubo yokucoca, inkqubo yothutho yangaphandle
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Ubushushu obuphezulu beVacuum Debinding kunye neziko leSintering
I-Paijin Ubushushu obuphezulu I-vacuum yokucima igesi yokucima i-furnace isetyenziswa ikakhulu kwi-vacuum sintering industry ye-reactive sintering silicon carbide kunye ne-silicon nitride edityaniswe ne-silicon carbide.Isetyenziswa kakhulu kwishishini lomkhosi, impilo kunye nokwakhiwa kweeseramikhi, i-aerospace, i-metallurgy, ishishini lemichiza, oomatshini, iimoto kunye nezinye iindawo.
Isithando somlilo seSilicon carbide esingenaxinzelelo lwe-sintering sifanelekile kwi-silicon carbide-free sintering process yokutywina umsesane wokutywina, umkhono we-shaft, umbhobho, i-impeller, iimveliso zembumbulu njalo njalo.
Izinto ze-Silicon nitride ze-ceramic zinokusetyenziswa kwiindawo zobunjineli obuphezulu bokushisa, i-refractories ephuculweyo kwishishini le-metallurgical, i-corrosion resistant and seal parts kumashishini amachiza, izixhobo zokusika kunye nezixhobo zokusika kwi-machining industry, njl.
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Vacuum Isithando somlilo esishushu se-isostatic (iziko le-HIP)
I-HIP (i-Hot isostatic pressing sintering) iteknoloji, eyaziwa ngokuba yi-low pressure sintering okanye i-overpressure sintering, le nkqubo yinkqubo entsha ye-dewaxing, i-pre-heating, i-vacuum sintering, i-isostatic eshushu yokucinezela kwisixhobo esinye.I-vacuum eshushu ye-isostatic ecinezela i-sintering furnace isetyenziswa ikakhulu ukucofa kunye nokuthambisa intsimbi engatyiwa, ingxubevange yobhedu ye-tungsten, ingxubevange yobunzima obuphezulu, i-alloy ye-Mo, i-titanium alloy kunye ne-alloy eqinile.
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Vacuum Uxinzelelo olushushu Sintering eziko
I-Paijn Vacuum yoxinzelelo olushushu lwe-sintering i-furnace ithatha isakhiwo sesithando somlilo sensimbi engenasici esiphindwe kabini somkhono wokupholisa wamanzi, kwaye zonke izinto zonyango zifudumeza ukuxhathisa kwesinyithi, kwaye i-radiation idluliselwa ngokuthe ngqo kwi-heater ukuya kwi-workpiece eshushu.Ngokweemfuno zobuchwepheshe, intloko yoxinzelelo ingenziwa nge-TZM (titanium, zirconium kunye ne-Mo) ialloy okanye i-CFC yamandla aphezulu ekhabhoni kunye ne-carbon composite fiber.Uxinzelelo kwi-workpiece inokufikelela kwi-800t kwiqondo lokushisa eliphezulu.
I-furnace ye-welding ye-metal-metal vacuum yokusasazwa kwayo ifanelekile kubushushu obuphezulu kunye ne-vacuum brazing ephezulu, enobushushu obuphezulu be-1500 degrees.
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vacuum irhasi yokucima eziko Ukuthe tyaba enegumbi elinye
Ukucima igesi ye-vacuum yinkqubo yokufudumeza i-workpiece phantsi kwe-vacuum, kwaye emva koko uyipholise ngokukhawuleza kwigesi yokupholisa ngoxinzelelo oluphezulu kunye nesantya esiphezulu sokuhamba, ukwenzela ukuba kuphuculwe ubulukhuni bomphezulu we-workpiece.
Xa kuthelekiswa nokucima igesi eqhelekileyo, ukucima i-oyile kunye nokuhlamba ityuwa, i-vacuum yokucima igesi ephezulu yoxinzelelo ineenzuzo ezicacileyo: umgangatho omhle womphezulu, akukho oxidation kwaye akukho carburization;Ukucima ukufana okuhle kunye ne-deformation encinci ye-workpiece;Ukulawulwa kakuhle kwamandla okucima kunye nesantya esilawulekayo sokupholisa;Ukuvelisa okuphezulu, ukugcina umsebenzi wokucoca emva kokucima;Akukho ngcoliseko lokusingqongileyo.
