PVD Coating
Iteknoloji ye-PVD (i-Physical Vapor Deposition) ibhekisela ekusebenziseni iindlela eziphathekayo phantsi kweemeko ze-vacuum ukukhupha umphezulu womthombo wezinto eziphathekayo (oluqilima okanye ulwelo) kwii-athomu zegesi okanye iimolekyuli, okanye i-ionize ngokuyinxenye kwii-ion, kunye negesi yoxinzelelo oluphantsi. okanye iplasma) inkqubo, Itekhnoloji efaka iifilimu ezincinci ezinemisebenzi ethile ekhethekileyo kumphezulu wesubstrate.I-PVD (i-Physical Vapor Deposition) iyona teknoloji yonyango oluphezulu olusetyenziswa ngokubanzi ekuguquleni umphezulu, ukusebenza, ukuhlobisa, njl njl. zezinto kumashishini ahlukeneyo.
Itekhnoloji yokugquma iPVD (ukufakwa komphunga obonakalayo) yahlulahlulwe ikakhulu yangamacandelo amathathu: ivacuum evaporation coating, vacuum sputtering coating, kunye ne-vacuum ion plating.Ezona ndlela ziphambili zokubeka umphunga womzimba ziquka ukufunxa kwevacuum, ukugquma kwe-sputtering, i-arc plasma coating, i-ion coating, njl njl. izixhobo zokugquma i-vacuum ezihambelanayo ziquka oomatshini bokugquma be-vacuum evaporation, oomatshini bokugquma be-vacuum sputtering, kunye noomatshini bokugquma ion.
Iimveliso zethu ezinxulumeneyo ziquka i-electron beam crucible liners, i-tungsten evaporation filaments, i-electron gun tungsten filaments, izikhephe eziphuma emphunga, izixhobo zokukhupha umoya, iithagethi zokutshiza, njl.
Vacuum Furnace
Isithando somlilo sisebenzisa inkqubo yokucoca (ehlanganiswe ngononophelo ukusuka kwiimpompo ze-vacuum, izixhobo zokulinganisa i-vacuum, i-vacuum valves, kunye namanye amacandelo) kwindawo ethile yesithando somlilo ukukhupha inxalenye yempahla kwindawo yesithando somlilo ukuze uxinzelelo kwisithando somlilo. Umgodi ungaphantsi koxinzelelo oluqhelekileyo lwe-atmospheri., indawo kwindawo yesithando somlilo isetyenziselwa ukufezekisa i-vacuum state, isithando somlilo.
I-vacuum furnace yi-vacuum yokucoca ubushushu, eyahlula ngokwesicelo sayo kwaye ibandakanya ezi ntlobo zilandelayo:
I-vacuum quenching furnace, i-vacuum brazing furnace, i-vacuum annealing furnace, i-vacuum magnetizing oven, i-vacuum tempering oven, i-vacuum sintering furnace, i-vacuum diffusion welding oven, i-vacuum carburizing oven, njl.
Iziko le-vacuum zisetyenziselwa ukudubula kwe-ceramic, ukunyibilika kwe-vacuum, indawo yokucoca yombane yokukhupha, ukudibanisa, ukubethelwa kwentsimbi, ukutywinwa kwe-ceramic-metal, ukubeka umphunga womzimba (PVD), njl.
Sinikezela ngezinto zokufudumeza, iiTreyi zeBhoti kunye nabaThuthi, izikhuselo zobushushu, ii-crucibles kunye ne-liners, ii-tungsten filaments kunye nemithombo yokuphuma evaporation, i-fasteners, kunye nokunye, okufumaneka kwi-tungsten, i-molybdenum, okanye i-tantalum, kwaye inokwenziwa ngokwezifiso.
Ifotovoltaic kunye neSemiconductor
Isithando somlilo se-silicon enye yekristale, ekwabizwa ngokuba sisithando somlilo se-silicon crystal okanye i-silicon ingot furnace, sisixhobo esikhethekileyo esisetyenziswa kushishino lwe-photovoltaic kunye ne-semiconductor ukuvelisa i-ingots ye-silicon ekumgangatho ophezulu omnye.I-silicon ye-Monocrystalline yeyona nto isisiseko sokwenza izixhobo ze-semiconductor ezifana neesekethe ezidibeneyo (ICs), iiseli zelanga, kunye nezinzwa.
"Indlela yeCzochralski" okwangoku iyona ndlela isetyenziswa kakhulu ekulungiseleleni i-silicon eyodwa-crystal.
Xa ulungiselela i-silicon ye-crystal eyodwa usebenzisa indlela ye-Czochralski (indlela ye-CZ), kuqala ubeke i-silicon ye-polycrystalline ephezulu kwi-quartz crucible, ulinde i-silicon ye-polycrystalline inyibilika kwisithando somlilo se-crystal enye, kwaye ulungise i-crystal imbewu kwimbewu. i-axis kwaye uyifake kumphezulu wesisombululo.Ukulinda ukudibanisa kwe-crystal yembewu kunye nesisombululo, i-silicon iya kuqala ukuqina kwi-crystal yembewu kwaye ikhule kunye nesakhiwo se-lattice se-crystal yembewu ukwenza i-silicon eyodwa-crystal.Ngethuba le nkqubo, i-crystal yembewu idinga ukutsalwa ngokukhawuleza ukuvumela i-silicon enye-crystal ukuba iqhubeke ikhula.
Sibonelela ngeentonga zembewu ye-molybdenum, i-tungsten kunye ne-molybdenum crucible liners, i-fasteners, ii-hook ze-molybdenum, izando ze-tungsten carbide, njl.
Iglasi kunye noMhlaba onqabileyo
Ishishini leglasi lidlala indima ebalulekileyo kuluntu lwanamhlanje, libonelela ngezinto ezibalulekileyo zokwakha, ezothutho, itekhnoloji, ukhathalelo lwempilo, kunye nokupakishwa ngelixa uqhuba izinto ezintsha, uzinzo kunye nokukhula koqoqosho.
Sinokubonelela ngee-electrode ze-molybdenum zokunyibilika kweglasi.Ngokuqhelekileyo ukusetyenziswa kwe-electrode ye-molybdenum ububanzi ukusuka kwi-20mm ukuya kwi-152.4mm, kwaye ubude be-electrode enye bunokufikelela kwi-1500mm.Sinokubonelela ngeendawo ezihlanjwe yi-alkali, iindawo eziphuculweyo ngomatshini, njl.
Ishishini lomhlaba elinqabileyo libandakanya ukutsalwa, ukusetyenzwa, kunye nokusetyenziswa kwezinto ezinqabileyo zomhlaba, ezingundoqo ekukhuthazeni ukutsha kwezobuchwepheshe kunye nokuxhasa ukutshintshela kwikhabhoni ephantsi, uqoqosho oluphezulu.Izinto ezinqabileyo zomhlaba ziyinxalenye ebalulekileyo yetekhnoloji eyahlukeneyo kunye nokusetyenziswa.
Sinokubonelela nge-tungsten, i-molybdenum, kunye nezinto zokufudumeza ze-tantalum;i-sintered tungsten, i-molybdenum crucibles kunye ne-graphite crucibles, njl.
Izixhobo kunye nezixhobo zemitha
● I-Metal diaphragm isetyenziswa kakhulu kwi-diaphragm pressure gauges kunye ne-transmitters.Izinto esizivelisayo ziquka i-SS316L, i-tantalum, i-titanium, i-HC276, i-Monel400, kunye ne-Inconel625.
● Ii-electrode zesignali zisetyenziswa ikakhulu kwii-flowmeters ze-electromagnetic.Ubungakanani be-electrode yi-M3 ~ M8, kunye nezinto ezibandakanya i-SS316L, i-tantalum, i-titanium, kunye ne-HC276.
● I-Electrode eGround, ekwabizwa ngokuba yiringi ephantsi, isetyenziswa kakhulu kwi-electromagnetic flowmeters kwaye idla ngokusetyenziswa ngababini.Ubungakanani buvela kwi-DN25~DN600, kwaye izixhobo ziquka i-SS316L, i-tantalum, i-titanium, kunye ne-HC276.
● I-diaphragm-etywiniweyo iflange, idla ngokuba ne-diaphragm seal ukwahlula iseli yokulinganisa phakathi.Izinto zeFlange esizivelisayo ziyi-SS316L, iTitanium, iHC276, kunye neTantalum.Ukuthobela i-ASME B 16.5, i-DIN EN 1092-1, kunye neminye imigangatho.
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Qhagamshelana nathi
Amanda│Umlawuli wentengiso
E-mail: amanda@winnersmetals.com
Umnxeba: +86 156 1977 8518 (WhatsApp/Wechat)
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