"Thuthukisa ukufakwa kwensimbi ngemicu yethu yokuhwamuka kwe-tungsten!"
"Thuthukisa ukufakwa kwensimbi ngemicu yethu yokuhwamuka kwe-tungsten!",
Inqubo yokwenza insimbi nge-vacuum,
Izicucu Zokuhwamuka Kwe-Tungsten
I-filament ye-tungsten evaporation iyinto ebalulekile esetshenziswa ezinqubweni zokufakwa komhwamuko ngokomzimba (i-PVD), ikakhulukazi ekushiseni. I-PVD iyindlela esetshenziswayo yokufaka amafilimu amancane ezindaweni ezahlukahlukene, futhi i-filament ye-tungsten evaporation idlala indima ebalulekile kule nqubo.
Izintambo ze-tungsten zisetshenziswa kabanzi ekufakweni kwefilimu encane yezinsimbi ezahlukahlukene kanye nama-alloy. Zisetshenziselwa ukufutha ucingo lwensimbi noma i-foil engafakwa ku-coil ye-filament noma ucingo oluncane lungazungezwa ku-coil. Inqubo yokuhwamuka ihilela ukuncibilikisa insimbi ukuze kumanziswe i-filament coil bese kwandiswa amandla okufutha insimbi encibilikisiwe. Ingasetshenziswa ekufakweni kwefilimu encane ye-aluminium, kanye negolide, isiliva, i-nickel, i-aluminium, i-titanium, nezinye izinsimbi.
Amakhoyili okuhwamuka kwe-tungsten enziwe ngocingo lwe-tungsten olunezintambo ezimbili noma eziningi, olungagotshwa lube yizimo ezahlukahlukene ngokuya ngezidingo zokufakwa noma zokuhwamuka. Sinikeza amakhasimende izixazululo ezahlukahlukene zocingo olunezintambo ze-tungsten, wamukelekile ukubonisana nathi.
Imidwebo ye-Tungsten Filaments
Imidwebo ye-Tungsten Filament
Qaphela: Umdwebo ubonisa kuphela imicu eqondile neyimicu efana no-U, okukuvumela ukuthi wenze ngezifiso ezinye izinhlobo nosayizi bemicu ejikelezayo ye-tungsten, kufaka phakathi imicu emise okwesiqongo, njll.
| Isimo | Iqondile / I-U-Shape, Ingenziwa ngezifiso |
| Inani Lemicu | 1, 2, 3, 4 |
| Amakhoyili | 4, 6, 8, 10 |
| Ububanzi bezintambo (mm) | φ0.76, φ0.81, φ1 |
| Ubude Bezikhoyili | L1 |
| Ubude | L2 |
| I-ID yama-Coil | D |
| Qaphela: ezinye izincazelo kanye nokwakheka kwe-filament kungenziwa ngezifiso. | |
Khetha intambo ye-tungsten ekufanele, futhi singayihlela ngokwezifiso. Isikhathi sokwenza ngokwezifiso sifushane njengezinsuku eziyi-10, kanti inani elincane le-oda lingama-3 kg kuphela (intengo yokuthengisa ngobuningi).
Izicelo ze-Tungsten Evaporation Filament
Ama-filament e-tungsten evaporation ayaziswa ngenxa yezinga lawo eliphezulu lokuncibilika, ukuqina, kanye nokuqina ezindaweni ezishisa kakhulu. Ukuguquguquka kwe-tungsten kwenza kube yinto ekhethwayo yama-filament ezinqubweni ezahlukahlukene zokufakwa kwefilimu encane kuzo zonke izimboni. Nazi ezinye zezindawo ezibalulekile lapho ama-filament e-tungsten evaporation athola khona ukusetshenziswa:
• Ukukhiqizwa Kwe-semiconductor
• Ukugqoka Okubonakalayo
• Ukukhiqizwa Kwamaseli Elanga
• Ucwaningo Nentuthuko
• Izembozo Zokuhlobisa
• I-Vacuum Metallurgy
• Ukufakwa Kwefilimu Encane Kwezinto Zogesi
• Imboni Yezindiza
• Imboni Yezimoto
Yiziphi izinzuzo ze-Tungsten Evaporation Filaments?
Kungani Sikhethe
Intambo yokuhwamuka kwe-tungsten ekhiqizwa yinkampani yethu inezinzuzo zokuhlanzeka okuphezulu, ukungangcolisi, umphumela omuhle wokwakha ifilimu, impilo ende, kanye nentengo ephansi. Ifanele imishini ehlukahlukene yokuhwamuka kwe-vacuum futhi ifanele izinqubo zokumboza ezinembile.
Siphinde sinikeze izinsizakalo ezahlukahlukene zokwenza ngokwezifiso, ngenani elincane kakhulu le-oda elingu-3kg kuphela (intengo yokuthengiswa kwefektri ngobuningi) kanye nesikhathi esincane sokulethwa sezinsuku eziyi-10.
Ukuhlukaniswa kwama-Tungsten Filament Heaters
• Ama-Coil Heater
• Ama-heater ebhasikidi
• Izifudumezi Ezijikelezayo
• Ama-Point and Loop Heaters
Singanikeza izinhlobo ezahlukene ze-Tungsten Thermal Filament Sources, ungafunda ngale mikhiqizo ngekhathalogi yethu, wamukelekile ukuxhumana nathi.
Buka ikhathalogi ye-Tungsten Filament
Sihlinzeka ngemithombo yokuhwamuka kanye nezinto zokuhwamuka kokumbozwa kwe-PVD kanye nokumbozwa kwe-Optical, le mikhiqizo ifaka:
| Ama-Electron Beam Crucible Liners | Isifudumezi Sekhoyili yeTungsten | Intambo ye-Tungsten Cathode |
| Isitsha Sokushiswa Kokushisa Okushisayo | Izinto Zokuhwamuka | Isikebhe Sokuhwamuka Komoya |
Awunawo umkhiqizo owudingayo? Sicela usithinte, sizokuxazulula wona.
Inkokhelo Nokuthunyelwa
→InkokheloSekela i-T/T, i-PayPal, i-Alipay, i-WeChat Pay, njll. Sicela uxoxisane nathi ngezinye izindlela zokukhokha.
→UkuthunyelwaSekela i-FedEx, i-DHL, i-UPS, imithwalo yolwandle, kanye nemithwalo yendiza, ungenza ngokwezifiso uhlelo lwakho lokuhamba, futhi sizokunikeza nezindlela zokuhamba ezishibhile njengereferensi yakho.
Uyafuna ukwazi okwengeziwe ngemikhiqizo yethu?
Xhumana nathi
Umphathi Wezentengiso ka-Amanda│
E-mail: amanda@winnersmetals.com
Ucingo: +86 156 1977 8518 (WhatsApp/Wechat)
Uma ufuna ukwazi imininingwane eyengeziwe kanye namanani emikhiqizo yethu, sicela uxhumane nomphathi wethu wokuthengisa, uzokuphendula ngokushesha okukhulu (ngokuvamile zingakapheli amahora angama-24), ungachofoza futhi ku-“CELA ISITHELO SOKUKHOKHA"Inkinobho", noma usithinte ngqo ngokusithumelela i-imeyili (I-imeyili:info@winnersmetals.com).”Thuthukisa ukufakwa kwensimbi ngemicu yethu yokuhwamuka kwe-tungsten!”
Sethula ubuhlakani bethu bamuva - i-tungsten evaporation filament. Yakhelwe ukunemba nokusebenza kahle, lo mkhiqizo ophumelelayo unamandla okuguqula izinqubo zokufakwa kwensimbi kulo lonke imboni.
[Izici Eziyinhloko]
1. Ukuqina Okuphezulu: Yenziwe nge-tungsten esezingeni eliphezulu ukuze isebenze isikhathi eside ezindaweni ezinzima.
2. Ukulawula okunembile: qinisekisa ukuthi uqweqwe lwensimbi luyafana, lunembile, futhi luyahambisana.
3. Ukudluliselwa kokushisa okusebenzayo: Lungiselela ukusetshenziswa kwamandla futhi wandise umkhiqizo.
4. Uhlu olubanzi lokusetshenziswa: lufanelekela izimoto, izindiza, izinto zikagesi, kanye nezingubo zokwakha.
[Umthelela wemboni]
Izintambo zethu zokuhwamuka kwe-tungsten zibeka amazinga amasha okunemba nokusebenza kahle ekufakweni kwensimbi. Ivumela abakhiqizi ukuthi bandise ukuncintisana futhi bahlangabezane nezindinganiso zekhwalithi eziqinile.
[Xhumana nathi]
Email: amanda@winnersmetals.com
Ucingo: +86 156 1977 8518 (WhatsApp)
Xhumana nathi namuhla ukuze uthole amandla okuguqula ama-filaments e-tungsten evaporative filaments!
