Iikhoyili zeTungsten Filament Evaporation zeVacuum Metallization
I-Tungsten Evaporation Filaments
I-Tungsten evaporation filaments isetyenziswa kakhulu kwiinkqubo ze-vacuum metallization. I-vacuum metallization yinkqubo eyenza ifilimu yesinyithi kwi-substrate, ukugquma isinyithi (efana ne-aluminiyam) kwi-non-metallic substrate ngokunyuka kwe-thermal.
I-Tungsten ineempawu zendawo yokunyibilika ephezulu, ukuxhathisa okuphezulu, ukomelela okulungileyo, kunye noxinzelelo lomphunga oluphantsi, nto leyo eyenza ibe yinto efanelekileyo yokwenza imithombo yokufudumala.
Iikhoyili zomphunga we-Tungsten zenziwe ngemisonto enye okanye ezininzi zocingo lwe-tungsten kwaye zinokugotywa zibe ziimilo ezahlukeneyo ngokweemfuno zakho zofakelo okanye zomoya. Sikubonelela ngeendidi zezisombululo ze-tungsten strand, wamkelekile ukuba uqhagamshelane nathi ngeengcaphuno ezikhethekileyo.
Tungsten Filaments Ulwazi
Igama lemveliso | I-Tungsten i-evaporation filament / i-coil yokuphefumula / i-heater |
Ubunyulu | W≥99.95% |
Ukuxinana | 19.3g/cm³ |
Indawo yokunyibilika | 3410°C |
Inani lemisonto | 2/3/4, inokwenzeka |
Idayamitha yocingo | φ0.6/φ0.8/φ1.0mm, nokwenziwa ngokwezifiso |
Ubume | Ilungiselelwe ngokwemizobo |
MOQ | 3Kg |
Qaphela: Iimilo ezikhethekileyo ze-tungsten filaments zinokwenziwa ngokweemfuno zakho. |
Imizobo yeTungsten Filaments
Qaphela: Umzobo ubonisa kuphela imicu ethe tye kunye ne-U-shaped, ekuvumela ukuba wenze ngokwezifiso ezinye iintlobo kunye nobukhulu be-tungsten spiral filaments, kuquka i-filaments emile njengencopho, njl.
Ubume | Ithe ngqo / i-U-Shape, ingenziwa ngokwezifiso |
Inani lemisonto | 1, 2, 3, 4 |
Iikhoyili | 4, 6, 8, 10 |
Ububanzi beeNcingo (mm) | φ0.76, φ0.81, φ1 |
Ubude beeCoils | L1 |
Ubude | L2 |
I-ID yeeCoils | D |
Qaphela: ezinye iinkcukacha kunye neemilo zefilament zingenziwa ngokwezifiso. |
Khetha i-tungsten filament ekufaneleyo, kwaye singayenza ngokwezifiso. Ixesha lokwenza ngokwezifiso lifutshane njengeentsuku ze-10, kwaye ubungakanani obuncinci bomyalelo yi-3 kg kuphela (ixabiso lentengo).
Ukusetyenziswa kwe-Tungsten Evaporation Filament
•Ukwenziwa kweSemiconductor | •Ukubekwa kweFilimu eNcinci kwi-Electronics | •Uphando nophuhliso |
•I-Optical Coating | •Ukwenziwa kweSolar Cell | •Iingubo zokuhombisa |
•Vacuum Metallurgy | •Ishishini le-Aerospace | •Ushishino lweemoto |
Ziziphi iingenelo zeTungsten Evaporation Filaments?
✔Indawo yokuNyibilika ePhakamileyo
✔Ukuzinza kweThermal okugqwesileyo
✔Ukukhutshwa kwe-Elektroni elungileyo
✔Ukunganyanzeli kweMichiza
✔Ukuqhuba koMbane okuPhezulu
✔Amandla oomatshini
✔Uxinzelelo loMphunga ophantsi
✔Ukuhambelana okubanzi
✔Ubomi Obude
Sinokubonelela ngeendlela ezahlukeneyo zeTungsten Thermal Filament Sources, unokufunda malunga nezi mveliso ngokusebenzisa ikhathalogu yethu, wamkelekile ukudibana nathi.
Sibonelela ngemithombo yokuphuphuma komphunga kunye nemathiriyeli yokuba ngumphunga kwiPVD yokwambathisa kunye nokwaleka kwe-Optical, ezi mveliso ziquka:
Electron Beam Crucible Liners | I-Tungsten Coil heater | I-Tungsten Cathode Filament |
I-Thermal Evaporation Crucible | Isixhobo soMphunga | Isikhephe soMphunga |
Awunayo imveliso oyifunayo? Nceda uqhagamshelane nathi, siya kukusombululela yona.
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Qhagamshelana nathi
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