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I-UV / IR Yebanga Lequartz Ngokusebenzisa Amapuleti Emigodi Ngokwezifiso Ukusika Ikhemikhali Yezinga Lokushisa Eliphezulu

Iquartz yeBanga le-UV / IR Ngokusebenzisa Amapuleti Embobo Ngokwezifiso Ukusika Kwezinga Lokushisa Okuphezulu Kwekhemikhali Isithombe Esifakiwe
  • I-UV / IR Yebanga Lequartz Ngokusebenzisa Amapuleti Emigodi Ngokwezifiso Ukusika Ikhemikhali Yezinga Lokushisa Eliphezulu
  • I-UV / IR Yebanga Lequartz Ngokusebenzisa Amapuleti Emigodi Ngokwezifiso Ukusika Ikhemikhali Yezinga Lokushisa Eliphezulu
  • I-UV / IR Yebanga Lequartz Ngokusebenzisa Amapuleti Emigodi Ngokwezifiso Ukusika Ikhemikhali Yezinga Lokushisa Eliphezulu
  • I-UV / IR Yebanga Lequartz Ngokusebenzisa Amapuleti Emigodi Ngokwezifiso Ukusika Ikhemikhali Yezinga Lokushisa Eliphezulu
  • I-UV / IR Yebanga Lequartz Ngokusebenzisa Amapuleti Emigodi Ngokwezifiso Ukusika Ikhemikhali Yezinga Lokushisa Eliphezulu

Incazelo emfushane:

Amapuleti e-quartz anezimbobo ezidlulayo ayizakhi eziklanywe ngengilazi ye-silica ehlanzeke kakhulu, etholakala ngobukhulu bangokwezifiso namajiyometri ayinkimbinkimbi. Lawa ma-quartz substrates anomumo aklanyelwe ukusekela izinhlelo zokusebenza ezisebenza kahle kuma-optics, ama-microfluidics, amasistimu we-vacuum, kanye nokukhiqiza izinga lokushisa eliphezulu.

Izimbobo ezihlanganisiwe zivumela ukuqondanisa kwe-beam, ukugeleza kwegesi, i-fiber feedthroughs, noma imisebenzi yokukhweza. Amapuleti anikezwa ngezinhlobo ezihlukahlukene zezinto ezibonakalayo ukuze afane nezidingo ze-spectral nezishisayo.


Izici

Umdwebo onemininingwane

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Ukubuka konke kwe-Quartz Plate

Amapuleti e-quartz anezimbobo ezidlulayo ayizakhi eziklanywe ngengilazi ye-silica ehlanzeke kakhulu, etholakala ngobukhulu bangokwezifiso namajiyometri ayinkimbinkimbi. Lawa ma-quartz substrates anomumo aklanyelwe ukusekela izinhlelo zokusebenza ezisebenza kahle kuma-optics, ama-microfluidics, amasistimu we-vacuum, kanye nokukhiqiza izinga lokushisa eliphezulu.

Izimbobo ezihlanganisiwe zivumela ukuqondanisa kwe-beam, ukugeleza kwegesi, i-fiber feedthroughs, noma imisebenzi yokukhweza. Amapuleti anikezwa ngezinhlobo ezihlukahlukene zezinto ezibonakalayo ukuze afane nezidingo ze-spectral nezishisayo.

Ukuhlukaniswa Kwebanga le-JGS

Sinikeza amashidi engilazi e-quartz ngamabanga amathathu ajwayelekile—JGS1, JGS2, futhiJGS3-ngasinye senzelwe izinhlelo zokusebenza ezahlukene ze-optical nezimboni. Ukuqonda umehluko phakathi kwalawa mabanga kusiza ukuqinisekisa ukuthi ukhetha into efanele ozoyisebenzisa ngokukhethekile.

I-JGS1 – Ibanga le-UV Optical (I-Synthetic Quartz)

  • Ibanga Lokudlulisela:180–2500 nm

  • Okuvelele:Ukudluliselwa kwe-UV okukhethekile, ukuhlanzeka okuphezulu kakhulu, i-hydroxyl ephansi nokuqukethwe kwensimbi

  • Sebenzisa Amacala:Amalaser e-UV, i-lithography, i-optics enembile, amasistimu wokuphulukisa we-UV

  • Ukukhiqiza:I-Flame hydrolysis ye-high-purity SiCl₄

  • Amanothi:Ilungele i-deep-UV kanye nesistimu yokubona enembayo ephezulu

 

I-JGS2 – IR & Ibanga Elibonakalayo (I-Quartz Ehlanganisiwe)

  • Ibanga Lokudlulisela:260–3500 nm

  • Okuvelele:I-IR enamandla nokudluliswa kokukhanya okubonakalayo, kuyabiza, kuzinzile ngaphansi kokushisa

  • Sebenzisa Amacala:Amafasitela ane-infrared, izinzwa ze-IR, izimbobo zokubuka zesithando somlilo, iziqondiso zokukhanya

  • Ukukhiqiza:Ukuhlanganiswa kwekristalu ye-quartz yemvelo

  • Amanothi:Ayifanele i-UV ejulile; kuhle kakhulu kumadivayisi ashisayo kanye ne-optical

 

I-JGS3 – Ibanga Lemboni (Ingilazi ye-Quartz Ejwayelekile)

  • Ibanga Lokudlulisela:Okusobala kokubonakalayo kanye ne-IR; ivimba i-UV ngaphansi kuka-260 nm

  • Okuvelele:Ukumelana nokushisa okuhle kakhulu, ukuqina kwamakhemikhali aphezulu, izindleko eziphansi

  • Sebenzisa Amacala:Izakhi zokushisa ze-Semiconductor, iziqukathi zamakhemikhali, izembozo zezibani

  • Ukukhiqiza:I-quartz ehlanganiswe nokucaca kwezinga lezimboni

  • Amanothi:Kuhle kakhulu ekusetshenzisweni kwemboni yesakhiwo kanye nezinga eliphezulu lokushisa

JGS

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Ibanga le-JGS

 

Impahla I-JGS1 (Ibanga le-UV) I-JGS2 (IR Grade) I-JGS3 (yezimboni)
Ukudluliswa kwe-UV ★★★★★ (Kuhle kakhulu) ★☆☆☆☆ (Poor) ☆☆☆☆☆ (Kuvinjiwe)
Ukudluliselwa kwe-IR ★★★☆☆ ★★★★★ ★★★☆☆
I-Optical Clarity ★★★★★ ★★★★☆ ★★☆☆☆
Ukumelana Nokushisa ★★★★☆ ★★★★☆ ★★★★★
Izinga lokuhlanzeka Ukuphakama okuphezulu Phezulu Maphakathi
Ukusetshenziswa Okunconyiwe I-Precision Optics, i-UV I-IR optics, ukubuka ukushisa Imboni, ukushisa

 

Indlela Enziwe Ngayo Nge-Quartz Plate

I-Laser drilling iyindlela enembayo ephezulu, engathinteki esetshenziswa ukudala izimbobo engilazini ye-quartz ehlanganisiwe ngokugxilisa i-laser beam egxilile endaweni ebonakalayo. Amandla amakhulu we-laser ashisa ngokushesha futhi ahwamulise i-quartz, enze izimbobo ezihlanzekile ngaphandle kokudala imifantu noma ukucindezeleka kwemishini.

Le nqubo ifaneleka ngokukhethekile kuma-microholes (amancane njengama-microns angu-10), amaphethini aphezulu kakhulu, kanye nezingxenye ze-quartz ezibuthakathaka. Ama-laser we-Femtosecond noma we-picosecond avame ukusetshenziselwa ukunciphisa izindawo ezithinteke ukushisa futhi afinyelele emaphethelweni abushelelezi ngokunemba okuhle kakhulu.

I-Laser drilling isetshenziswa kakhulu kuma-microfluidics, ama-semiconductors, optics, namathuluzi esayensi athuthukile adinga ukunemba nokuthembeka.

Izakhiwo zeMechanical ze-Quartz Plate

Isici se-Quartz
SIO2 99.99%
Ukuminyana 2.2(g/cm3)
I-Degree ye-hardness moh' scale 6.6
Iphoyinti lokuncibilika 1732℃
Izinga lokushisa lokusebenza 1100 ℃
Izinga lokushisa eliphezulu lingafinyelela ngesikhathi esifushane 1450 ℃
Ukubekezelela i-Acid Izikhathi ezingama-30 kune-ceramic, izikhathi eziyi-150 kune-stainless
Ukudlulisa ukukhanya okubonakalayo Ngaphezulu kuka-93%
I-UV spectral transmittance yendawo 80%
Inani lokumelana Izikhathi eziyi-10000 kunengilazi evamile
Iphoyinti lokunamathisela 1180 ℃
Iphuzu lokuthambisa 1630 ℃
Iphoyinti lokuhlushwa 1100 ℃
ishidi 1
ishidi 2

I-FAQ ye-Quartz Plate

Q1: Ngingakwazi uku-oda amafasitela e-quartz anogqinsi ngaphandle kuka-8.2 mm?

Nakanjani! Nakuba u-8.2 mm kuyizinga elidumile, siyasesekaukujiya ngokwezifiso kusuka ku-1 mm kuya ku-25 mm. Sicela usithinte ngemininingwane yakho.

Q2: Yimaphi amamaki e-quartz atholakalayo?
Sinikeza:

  • I-JGS1 (ibanga le-UV): Ukudluliselwa okuhle kakhulu kwe-UV okujulile kuze kufike ku-185 nm

  • I-JGS2 (ibanga le-optical): Ukucaca okuphezulu ebangeni elibonakalayo eduze ne-IR

  • I-JGS3 (ibanga le-IR): Kwenzelwe izinhlelo zokusebenza eziseduze namaphakathi ze-IR ezinokumelana nokushisa okuphezulu

I-Q3: Uyakuhlinzeka ngezingubo ze-AR?
Yebo,ama-anti-reflection coatingsokwe-UV, okubonakalayo, kwe-NIR, noma ububanzi be-broadband ayatholakala, asetshenziswa ngokufana okuphezulu ukuze ahlangabezane nezidingo zakho zesistimu yokubona.

Q4: Ingabe amafasitela e-quartz angamelana nokuchayeka kwamakhemikhali?
Yebo. Amafasitela e-quartzimelana kakhulu nama-asidi amaningi, izisekelo, nezinyibilikisi, okubenza balungele izindawo zamakhemikhali ezinokhahlo.

Mayelana NATHI

I-XKH igxile ekuthuthukisweni kobuchwepheshe obuphezulu, ukukhiqiza, nokudayiswa kwengilazi ekhethekile yokubona nezinto ezintsha zekristalu. Imikhiqizo yethu isebenza ngogesi obonakalayo, ugesi wabathengi, kanye nezempi. Sinikezela ngezinto ezibonakalayo ze-Sapphire, izembozo zamalensi omakhalekhukhwini, i-Ceramics, i-LT, i-Silicon Carbide SIC, i-Quartz, namawafa ekristalu e-semiconductor. Ngobungcweti abanamakhono nemishini esezingeni eliphezulu, sihamba phambili ekucutshungulweni komkhiqizo okungajwayelekile, sihlose ukuba yibhizinisi elihamba phambili le-optoelectronic materials high-tech.

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