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I-UV / IR yeBanga leQuartz ngokusebenzisa iipleyiti zomngxunya ngokweSiko lokusikwa kweMichiza yobushushu obuphezulu

I-UV / IR yeBanga leQuartz ngokusebenzisa iipleyiti zeHole Isiko Sika ubushushu obuphezulu beMichiza eFakelwe umfanekiso
  • I-UV / IR yeBanga leQuartz ngokusebenzisa iipleyiti zomngxunya ngokweSiko lokusikwa kweMichiza yobushushu obuphezulu
  • I-UV / IR yeBanga leQuartz ngokusebenzisa iipleyiti zomngxunya ngokweSiko lokusikwa kweMichiza yobushushu obuphezulu
  • I-UV / IR yeBanga leQuartz ngokusebenzisa iipleyiti zomngxunya ngokweSiko lokusikwa kweMichiza yobushushu obuphezulu
  • I-UV / IR yeBanga leQuartz ngokusebenzisa iipleyiti zomngxunya ngokweSiko lokusikwa kweMichiza yobushushu obuphezulu
  • I-UV / IR yeBanga leQuartz ngokusebenzisa iipleyiti zomngxunya ngokweSiko lokusikwa kweMichiza yobushushu obuphezulu

Inkcazelo emfutshane:

Iipleyiti zequartz ezinemingxuma ephumela kwimingxuma zizinto eziyinjineli ezenziwe ngeglasi yesilica esulungekileyo, ekhoyo ngokwemilinganiselo yesiko kunye neejometri ezintsonkothileyo. Ezi substrates zequartz ezinemilo yenzelwe ukuxhasa usetyenziso oluphezulu kwi-optics, i-microfluidics, i-vacuum systems, kunye nokuveliswa kobushushu obuphezulu.

Imingxuma edibeneyo ivumela ukulungelelaniswa kwe-beam, ukuhamba kwegesi, i-fiber feedthroughs, okanye imisebenzi yokunyuka. Amacwecwe anikezelwa kwiindidi zezinto eziphathekayo ukuze ahambelane neemfuno ze-spectral kunye ne-thermal.


Iimbonakalo

Idayagram eneenkcukacha

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O1CN01oopRYV1XCISOGhVzD_!!2217509732887-0-cib

Isishwankathelo se-Quartz Plate

Iipleyiti zequartz ezinemingxuma ephumela kwimingxuma zizinto eziyinjineli ezenziwe ngeglasi yesilica esulungekileyo, ekhoyo ngokwemilinganiselo yesiko kunye neejometri ezintsonkothileyo. Ezi substrates zequartz ezinemilo yenzelwe ukuxhasa usetyenziso oluphezulu kwi-optics, i-microfluidics, i-vacuum systems, kunye nokuveliswa kobushushu obuphezulu.

Imingxuma edibeneyo ivumela ukulungelelaniswa kwe-beam, ukuhamba kwegesi, i-fiber feedthroughs, okanye imisebenzi yokunyuka. Amacwecwe anikezelwa kwiindidi zezinto eziphathekayo ukuze ahambelane neemfuno ze-spectral kunye ne-thermal.

UHlelo lweBanga leJGS

Sinikezela ngeeglasi zequartz kumabakala amathathu asemgangathweni-JGS1, JGS2, kwayeJGS3-nganye ilungiselelwe usetyenziso olwahlukileyo lwe-optical kunye neshishini. Ukuwuqonda umahluko phakathi kwala mabakala kunceda ekuqinisekiseni ukuba ukhetha imathiriyeli efanelekileyo yokusetyenziswa kwakho.

I-JGS1 – iBanga eliBonelekileyo le-UV (iSynthetic Quartz)

  • Uluhlu loThutho:180–2500 nm

  • Amagqabantshintshi:Ukuhanjiswa okukhethekileyo kwe-UV, ukucoceka okuphezulu kakhulu, i-hydroxyl ephantsi kunye nomxholo wentsimbi

  • Sebenzisa Amatyala:Iilaser ze-UV, i-lithography, i-optics echanekileyo, iinkqubo zokunyanga ze-UV

  • Imveliso:I-flame hydrolysis ye-high-purity SiCl₄

  • Amanqaku:Ilungele i-UV enzulu kunye neenkqubo ezichanekileyo eziphezulu

 

JGS2 – IR & neBanga elibonakalayo (iQuartz eFused)

  • Uluhlu loThutho:260–3500 nm

  • Amagqabantshintshi:I-IR enamandla kunye nokuhanjiswa kokukhanya okubonakalayo, indleko-esebenzayo, izinzile phantsi kobushushu

  • Sebenzisa Amatyala:Iifestile ze-infrared, izinzwa ze-IR, iindawo zokujonga iziko, izikhokelo zokukhanya

  • Imveliso:Ukuhlanganiswa kwekristale ye-quartz yendalo

  • Amanqaku:Ayifanelekanga kwi-UV enzulu; enkulu kwizixhobo ezishushu kunye ne-optical

 

I-JGS3 – iBanga loShishino (Iglasi yeQuartz Jikelele)

  • Uluhlu loThutho:Ukucaca kwizinto ezibonakalayo kunye ne-IR; iibhloko ze-UV ngaphantsi kwe-260 nm

  • Amagqabantshintshi:Ukuchasana okugqwesileyo kwe-thermal, ukuqina okuphezulu kweekhemikhali, ixabiso eliphantsi

  • Sebenzisa Amatyala:Izinto zokufudumeza i-Semiconductor, izitya zeekhemikhali, izibane zesibane

  • Imveliso:I-quartz edibeneyo kunye nokucaca kwinqanaba le-industrial

  • Amanqaku:Eyona ilungileyo kusetyenziso lwezakhiwo kunye nobushushu obuphezulu kwimizi-mveliso

JGS

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O1CN01out30n1drPUQPbD5A_!!2214411083789-0-cib

IBanga leJGS

 

Ipropati I-JGS1 (iBanga le-UV) JGS2 (IR Grade) I-JGS3 (yeMveliso)
Usasazo lweUV ★★★★★ (Egqwesileyo) ★☆☆☆☆ (Umbi) ☆☆☆☆☆ (Ivaliwe)
Ugqithiso lwe-IR ★★★☆☆ ★★★★★ ★★★☆☆
Ukucaca okubonakalayo ★★★★★ ★★★★☆ ★★☆☆☆
Ukunyangwa kweThermal ★★★★☆ ★★★★☆ ★★★★★
Inqanaba lobunyulu Iphezulu kakhulu Phezulu Phakathi
Usetyenziso oluCetyisiweyo Ii-optics ezichanekileyo, i-UV I-IR optics, ukujonga ubushushu Ishishini, ukufudumeza

 

Indlela Ezenziwe ngayo ngePleti yeQuartz

I-Laser drilling yindlela echanekileyo ephezulu, engadibanisiyo esetyenziselwa ukudala imingxuma kwiglasi yequartz edityanisiweyo ngokujolisa umqadi welaser ogxininisiweyo kumphezulu wezinto ezibonakalayo. Amandla anamandla e-laser atshisa ngokukhawuleza kwaye aphuhlise i-quartz, enze imingxuma ecocekileyo ngaphandle kokubangela ukuqhekeka okanye uxinzelelo lomatshini.

Olu buchule bufaneleka ngokukodwa kwii-microholes (ezincinci njenge-microns eziyi-10), iipateni eziphezulu zoxinaniso, kunye namacandelo e-quartz e-fragile. I-Femtosecond okanye i-picosecond lasers zihlala zisetyenziselwa ukunciphisa iindawo ezichatshazelwe bubushushu kwaye zifezekise imiphetho egudileyo ngokuchaneka okugqwesileyo.

I-Laser drilling isetyenziswa ngokubanzi kwi-microfluidics, i-semiconductors, i-optics, kunye nezixhobo eziphambili zenzululwazi ezifuna ukuchaneka kunye nokuthembeka.

IiPropati zoomatshini bePleti yeQuartz

Iimpawu zeQuartz
SIO2 99.99%
Ukuxinana 2.2(g/cm3)
Iqondo lobulukhuni moh' isikali 6.6
Indawo yokunyibilika 1732℃
Ubushushu bokusebenza 1100℃
Ubushushu obukhulu bunokufikelela ngexesha elifutshane 1450℃
Ukunyamezela i-Acid Amaxesha angama-30 kune-ceramic, amaxesha angama-150 kune-stainless
Ukuhanjiswa kokukhanya okubonakalayo Ngaphezulu kwe-93%
Ukuhanjiswa kwendawo ye-UV spectral 80%
Ixabiso lokuchasa Amaxesha angama-10000 kuneglasi eqhelekileyo
Indawo yokudibanisa 1180℃
Indawo yokuthambisa 1630℃
Indawo yoxinzelelo 1100℃
Iphepha loku-1
Iphepha lesi-2

I-FAQ ye-Quartz Plate

I-Q1: Ngaba ndingaodola iifestile ze-quartz ezinobunzima obungaphandle kwe-8.2 mm?

Ngokuqinisekileyo! Ngelixa i-8.2 mm ingumgangatho odumileyo, sixhasaubukhulu obuqhelekileyo ukusuka kwi-1 mm ukuya kwi-25 mm. Nceda uqhagamshelane nathi ngeenkcukacha zakho.

I-Q2: Ngawaphi amabakala e-quartz akhoyo?
Sinikezela:

  • JGS1 (UV grade): Ugqithiso olugqwesileyo lwe-UV olugqwesileyo ukuya kuthi ga kwi-185 nm

  • JGS2 (ibakala lamehlo): Ukucaca okuphezulu kuluhlu olubonakalayo olusondeleyo-IR

  • JGS3 (IR grade): Ilungiselelwe kufutshane- naphakathi kwezicelo ze-IR ezinokumelana okuphezulu kwe-thermal

I-Q3: Ngaba ubonelela ngeengubo ze-AR?
Ewe,ii-anti-reflection coatingsI-UV, ebonakalayo, i-NIR, okanye i-broadband ranges ziyafumaneka, zisetyenziswe ngokufana okuphezulu ukuhlangabezana neemfuno zakho zenkqubo yamehlo.

I-Q4: Ngaba iifestile ze-quartz ziyakwazi ukumelana nokuvezwa kweekhemikhali?
Ewe. Iifestile zequartz ziIxhathisa kakhulu kwiiasidi ezininzi, iziseko, kunye nezinyibilikisi, ibenza ukuba bafanelekele iindawo ezinobume bekhemikhali ezirhabaxa.

Ngathi

I-XKH igxile kuphuhliso lobuchwepheshe obuphezulu, imveliso, kunye nokuthengiswa kweglasi ekhethekileyo yeglasi kunye nezinto ezintsha zekristale. Iimveliso zethu zisebenza ngombane obonakalayo, i-elektroniki yabathengi, kunye nomkhosi. Sinikezela ngezixhobo zeSapphire optical, iilensi zeselfowuni eziphathwayo, iiCeramics, LT, Silicon Carbide SIC, Quartz, kunye nesemiconductor crystal wafers. Ngobuchule bezakhono kunye nezixhobo ezibukhali, sigqwesa ekusetyenzweni kwemveliso engeyiyo eyomgangatho, sijonge ukuba lishishini eliphambili le-optoelectronic tech-tech.

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