I-HENGKO® High Purity Semiconductor Gas Filter

Izihlungi zochungechunge oluhlanzekile ziklanyelwe ukuhlunga amagesi e-semiconductor.Lo mhlangano oshiselwe ngokugcwele uzoletha ukugcinwa kwezinhlayiyana eziyi-0.003 micron.

Izihlungi zegesi ye-semiconductor zifaka ngaphakathi konke ukwakhiwa kwensimbi engagqwali okuhlanganisa i-cartridge yesihlungi sensimbi engagqwali kanye nesakhiwo sokusekela, izindlu ezishiselwe ngensimbi engagqwali engu-316L yezinhlelo zokusebenza zegesi ye-semiconductor ebalulekile.

Hlanza inhlanganisela yokugcina nge-nickel ehlungiwe ukuze uzuze ukuhlanzeka kokuqala.

Izimboni zohlelo lokusebenza:

Isihlungi segesi esikhethekile se-semiconductor

Ukudluliswa kwegesi engenzi lutho nokukhethekile.

Imininingwane yobuchwepheshe imi kanje:

Isilinganiso sesihlungi esingu-3nm

Izihlungi zethu zensimbi engagqwali ezinama-porous sintered zinikeza ukusebenza kahle kokugcinwa kwezinhlayiyana ku-0.003μm.

Izinga lokushisa eliphezulu lokusebenza: 121°C (250°F)

Ubukhulu bengcindezi yokusebenza: ibha engu-207 (3000 psig) ku-20°C (68°F).

Izici Nezinzuzo:

I-Porous stainless stainless steel sintered media media / Isakhiwo sokusekela esinezimbobo zensimbi engenasici

Izihlungi zensimbi engagqwali ezingama-316L zinikeza ukumelana nokugeleza okuphakeme nokumelana namakhemikhali.

Izindlu zikagesi ezingu-316L

Lo mhlangano wesihlungi unendlu yensimbi engagqwali engu-10Ra engu-316L ukuvimbela ukugqwala nokwakheka kwezinhlayiyana.

Cleanroom Production

Izihlungi zethu zensimbi engagqwali ze-sintered gases ze-semiconductor zenziwa ekamelweni elihlanzekile ukuze kuqinisekiswe ukuphathwa nokugqwatshwa kwezikhwama ezingenazinhlayiyana, kuhlanzekile ngamakhemikhali, okungezona izinto eziphilayo, okuhlinzeka ngezinga eliphezulu lokuhlanzeka ngaphandle kwesikhwama.Ukwelashwa kwangaphambili okwengeziwe kuyakhethwa.

FAQ

1. Siyini isihlungi segesi se-semiconductor ephezulu yokuhlanzeka?
Isihlungi segesi se-semiconductor ehlanzekile siwuhlobo olukhethekile lwesihlungi esiklanyelwe ukususa ukungcola emagesini asetshenziswa ekwenzeni izingxenye ze-elekthronikhi.Lezi zihlungi zenziwe ngezinto ezikwazi ukumelana namazinga okushisa aphezulu namakhemikhali abolayo, futhi zenzelwe ukususa izinhlayiya zehle ziye ezingeni le-nano-scale.

2. Kungani izihlungi zegesi ze-semiconductor ezihlanzekile zibalulekile?
Ekukhiqizeni ama-semiconductors, ngisho namanani amancane okungcola angabangela amaphutha futhi anciphise ikhwalithi yomkhiqizo wokugcina.Izihlungi zegesi ze-semiconductor ezihlanzekile zisiza ukuqinisekisa ukuthi amagesi asetshenziswa ezinqubweni zokukhiqiza awanakho ukungcola, okuholela ezingxenyeni eziphezulu ze-elekthronikhi.

3. Yiziphi izinhlobo zamagesi ezingahlungwa ngezihlungi zegesi ze-semiconductor ezihlanzekile?
Izihlungi zegesi ze-semiconductor ezihlanzekile zingasetshenziswa ukuhlunga amagesi anhlobonhlobo, okuhlanganisa i-hydrogen, i-nitrogen, umoya-mpilo, kanye nenhlobonhlobo yamagesi enqubo.Kuye ngenqubo ethile yokukhiqiza, izinhlobo ezahlukene zokuhlunga zingadingeka ukuze kuzuzwe izinga elifiswayo lokuhlanzeka.

4. Zenziwa kanjani izihlungi zegesi ze-semiconductor ezihlanzekile?
Izihlungi zegesi ze-semiconductor ezihlanzekile zenziwe ngezinto ezifana nensimbi engagqwali, nezinye izinsimbi eziqine kakhulu.Izinto zokuhlunga ngokuvamile zincane kakhulu, ezinosayizi wezimbotshana ukusuka ku-0.1 ukuya ku-1 micron.Izihlungi zivame ukumbozwa ngezinto ezikhethekile zokuthuthukisa izakhiwo zazo ezingaphezulu futhi zithuthukise ukusebenza kwazo kokuhlunga.

5. Zihlala isikhathi esingakanani izihlungi zegesi ye-high purity semiconductor?
Ubude besikhathi sokuphila kwesihlungi segesi ye-semiconductor ehlanzekile kakhulu bungahluka kuye ngezinto ezimbalwa, okuhlanganisa uhlobo lwesihlungi, igesi ehlungwayo, kanye nenqubo ethile yokukhiqiza.Ngokuvamile, lezi zihlungi zenzelwe ukusetshenziswa isikhathi eside futhi zingahlala izinyanga ezimbalwa noma ngisho neminyaka ngaphambi kokudinga ukushintshwa.Ukunakekelwa okuvamile nokuhlanza kungasiza ukwandisa isikhathi sokuphila kwalezi zihlungi futhi kuqinisekise ukusebenza okuhle ngokuhamba kwesikhathi.