Tagogin Sapphire na gani na musamman Mai Tsabta Mai Tsabta ≥90%

Tagogin Sapphire na gani na musamman Mai Tsabta Mai Kyau ≥90% Hoton da aka Fito

Takaitaccen Bayani:

Tagogin gani na Sapphire kayan gani ne na musamman da aka ƙera daga aluminum oxide guda ɗaya (Al₂O₃), waɗanda aka san su da aikin gani na musamman, ƙarfin injina, da kuma daidaiton sinadarai. A matsayinsu na lu'ulu'u mai ƙarfi na oxide (Mohs hardness 9), tagogi na sapphire suna nuna kyakkyawan watsawa (~83-85% ba a rufe su ba) a fadin ultraviolet (200nm) zuwa tsakiyar infrared (5.5μm), wanda hakan ya sa suka dace da aikace-aikace masu wahala waɗanda ke buƙatar babban haske da dorewa.

Kera kayayyaki ya ƙunshi manyan hanyoyin da suka haɗa da haɓakar yanayin kristal, daidaita yankewa, goge nanoscale, da kuma shafa musamman. Dabaru na ci gaba (misali, hanyoyin HEM ko KY) suna samar da boules masu inganci tare da ƙarancin lahani (<10⁴/cm²). Tsarin kristal mai siffar hexagonal na musamman yana ba da damar halayen anisotropic, tare da ingantattun hanyoyin daidaitawa (C-axis, A-axis, ko R-plane cuts) waɗanda ke daidaita aikin gani don takamaiman aikace-aikace.

Aika mana imel

Siffofi

Sigogi na fasaha

Abu	Tagar gani
Kayan Aiki	BK7, JGS1, UV Fused Silica, Sapphire da sauransu
Girma	1mm-300mm
Juriyar girma	±0.05mm
Ingancin saman	20-10~60-40
Faɗin saman	1/4~1/8
A share buɗewa	sama da kashi 90%
Shafi	200-4000nm
Aikace-aikace	Laser, watsa haske, nuni, da sauransu.

Muhimman Halaye

1. Matsanancin Daidaita Muhalli
Tagogin gani na Sapphire suna nuna kyakkyawan aiki tare da wurin narkewa na 2053°C, suna kiyaye daidaiton tsari a cikin yanayin aiki mai ci gaba da 1000°C. Wannan kwanciyar hankali na zafi yana aiki ta hanyar ƙarancin ƙimar faɗaɗa zafi (CTE) na 5.3×10⁻⁶/K tare da axis na C, wanda ya fi gilashin gani na gargajiya kyau. A fannin sinadarai, tagogi na gani na sapphire suna nuna rashin ƙarfi, suna tsayayya da duk wani ƙarfi mai ƙarfi (banda HF) da alkalis, wanda hakan ya sa suka dace da kayan aikin sarrafa sinadarai da aikace-aikacen ruwa. A fannin injiniyanci, waɗannan tagogi suna da ƙarfin lanƙwasawa wanda ya wuce 1000MPa (sau 5-8 mafi ƙarfi fiye da gilashin gani na yau da kullun) tare da juriya mai ban mamaki.

2. Fa'idodin Aikin gani
Tagogi masu haske na Sapphire suna ba da watsawa sama da kashi 80% a fadin kewayon spectral (200-5500nm a kauri 2mm). Ta hanyar ingantaccen yanayin lu'ulu'u (misali, axis na C-axis a tsaye zuwa ga hanyar haske), tasirin birefringence yana raguwa yadda ya kamata. Ingancin saman yana cika ƙa'idodin gani masu tsauri tare da λ/10 lebur a 633nm da kuma kauri a saman <0.5nm RMS.

3. Ƙarfin Masana'antu na Ci gaba
Tagoginmu na gani na sapphire suna tallafawa manyan tsare-tsare (> diamita 300mm) da kuma siffofi masu rikitarwa ciki har da tsarin aspheric da steeps. Fasaha ta musamman ta rufe gefen tana cimma ƙimar zubewa <1×10⁻⁹Pa·m³/s don aikace-aikacen injin tsabtace iska. Tare da rufin carbon (DLC) mai kama da lu'u-lu'u, ƙimar lalacewa da laser ke haifarwa (LIDT) ta kai 15J/cm² (1064nm, 10ns pulses).

Babban Aikace-aikace

1. Tsaro & Sararin Samaniya
Tagogi masu kama da sapphire suna aiki a matsayin kumbon makamai masu linzami, suna jure wa girgizar zafi mai tsanani (>1000°C) yayin tashin iska mai ƙarfi. Bambance-bambancen da ke cikin sararin samaniya suna ba da garantin tsawon shekaru 15 na rayuwar sabis na kewayawa a aikace-aikacen sararin samaniya.

2. Kayan aikin masana'antu
A cikin ƙera na'urorin semiconductor, tagogi masu kama da sapphire suna aiki azaman wuraren kallon da ke jure wa plasma a cikin ɗakunan etch da CVD. Endoscopes masu zafin jiki mai yawa suna amfani da waɗannan tagogi don ɗaukar hoto mai haske a cikin yanayin wutar lantarki mai zafi 1500°C.

3. Kayan Aikin Kimiyya
Tagogi masu haske na sapphire masu tsarki (ƙazanta ƙasa da 5ppm) suna rage shaƙar X-ray a cikin layin hasken synchrotron. Ƙananan rashin daidaituwarsu yana kiyaye amincin bugun femtosecond a cikin tsarin laser mai sauri.

4. Na'urorin Kasuwanci
Na'urorin nutsewa a cikin teku masu zurfi suna amfani da tagogi masu haske na sapphire waɗanda suka kai zurfin mita 6000 (>60MPa). Kyamarorin wayoyin komai da ruwanka suna haɗa waɗannan tagogi a matsayin murfin kariya, suna amfani da juriyar karyewar Mohs 9 don ƙara ƙarfinsu.

Tagogin gani na Sapphire suna ci gaba da faɗaɗa aikace-aikacensu ta hanyar ci gaba a cikin manyan tsare-tsare, yanayin ƙasa mai rikitarwa, da haɓaka halayen aiki, suna ƙarfafa matsayinsu a matsayin mahimman abubuwan haɗin gwiwa a cikin masana'antar fasaha ta zamani.

Ayyukan XKH

Tsarin sabis na XKH mai cikakken tsari yana haɗa ƙwarewar masana'antu tare da tallafin fasaha mai ƙarfi don isar da mafita na taga mai kama da sapphire daga ƙarshe zuwa ƙarshe. Sashen kera kayayyaki na musamman yana ba da sarrafawa bisa zane tare da cikakken damar canza fayil na 2D/3D, tare da ayyukan ingantawa na Design for Manufacturing (DFM) waɗanda ke rage haɗarin samarwa da farashi. Muna kula da ƙwarewar samfura masu sauri a masana'antu, muna isar da samfuran aiki na Φ100mm cikin kwanakin kasuwanci 5 don hanzarta zagayowar haɓaka samfura. Ci gaba da hanyoyin aiki sun haɗa da rufin sarrafawa mai daidaito tare da juriya ga takarda wanda za'a iya gyarawa daga 10-1000Ω/□ don aikace-aikacen kariyar EMI, tare da fina-finan hana hazo na mallakar mallaka waɗanda ke kula da haske a cikin yanayin zafi mai yawa.

Kayayyakin tallafin fasaha suna da ƙungiyar injiniya mai ƙwazo ta amfani da manhajar kwaikwayon gani ta Zemax da CodeV don yin samfurin aikin tsarin da kuma hasashen yanayin zafi/na inji a ƙarƙashin yanayin aiki. Dakin gwaje-gwajen kayanmu, wanda aka sanye shi da na'urar daukar hoto ta lantarki (SEM) da na'urar daukar hoto ta X-ray mai rarrabawa (EDS), yana ba da nazarin gazawar tushen don inganta aminci. Ayyukan tabbatar da muhalli sun haɗa da gwaje-gwajen hawan zafi mai tsanani (-196℃ zuwa 800℃) da kuma feshin gishiri na awanni 500 bisa ga ƙa'idodin MIL-STD-810G, suna tabbatar da dorewar sassan a cikin mawuyacin yanayi na aiki.

Tsarin tabbatar da inganci yana aiwatar da cikakken bin diddigin abu daga lu'ulu'u mai lu'ulu'u zuwa samfurin da aka gama, tare da kowane bangare tare da cikakkun takaddun shaida. Ikon ilimin lissafi na zamani ya haɗa da interferometry mai canzawa lokaci-lokaci na 4D don tabbatar da daidaiton saman λ/50, interferometry mai haske mai haske wanda ya kai ƙudurin ƙaiƙayi na saman 0.1nm, da kuma nazarin spectrophotometric wanda ya shafi kewayon spectral na 190-3300nm don halayyar watsawa/nuna haske.

Ayyukan da aka ƙara darajar suna magance buƙatun aikace-aikace na musamman, gami da hanyoyin haɗa injinan ...