Semiconductor, wata masana'antar fasaha mai tasowa wadda ke jagorantar sauyin zamani, ta sami ci gaba a fannin fasahar AI, sadarwa ta 5G, na'urorin hasken rana da kayan aikin sadarwa, ta haɓaka ci gaban wasu sabbin masana'antu masu hankali, kuma ta ƙirƙiri yanayin rayuwa mafi dacewa ga mutane.
Baya ga ƙera semiconductors, ban da fasahohi da tsare-tsare masu rikitarwa, iskar gas ta musamman ta lantarki ko iskar gas ta musamman tana da matuƙar muhimmanci. Ana amfani da iskar gas ta musamman ta lantarki a kusan kowace hanya ta ƙera semiconductors. Yana da matukar muhimmanci kuma ana kiransa jinin semiconductors. Akwai nau'ikan gas sama da 100 da ke cikin ƙera, waɗanda suka haɗa da etching, doping, epitaxial deposition da tsaftacewa. Saboda tsarki da tsaftar iskar gas ta musamman ta lantarki za su shafi inganci da ƙimar cancantar samfuran semiconductors na ƙarshe, masana'antar semiconductors tana da manyan buƙatu don iskar gas ta musamman ta lantarki.
Dangane da masana'antar semiconductor, ko da an tabbatar da tsarkin samar da iskar gas, idan akwai kuskure a cikin hanyar haɗi daga jigilar iskar gas zuwa aikace-aikace, ba ta da amfani ga kera semiconductor. Ta yaya za mu iya tabbatar da tsaftar iskar gas ta lantarki?
Wannan yana buƙatar taimakon sassan ruwa na semiconductor. Ko dai bawul ne don sarrafa iskar gas daidai, mahaɗin bututu, ko kuma bututun da ke ɗauke da iskar gas ta musamman ta lantarki, ya kamata ya bi ƙa'idodin masana'antar ASTM SEMI masu dacewa kuma yana da halaye masu zuwa:
1. Dole ne a zaɓi tsarkin kayan da aka ƙera ta hanyar tsantsar ƙarfe mai tsafta na VIM VAR don tabbatar da tsarkin kayan daga tushen;
2. Za a yi wa saman ciki na samfurin da aka gama magani ta hanyar gogewa ta hanyar amfani da na'urar lantarki, passivation da sauran hanyoyin don cimma tsafta sosai da kuma inganta juriyar tsatsa na samfurin;
3. Wasu iskar gas na lantarki suna da wuta kuma suna da guba, don haka yakamata su kasance suna da kyakkyawan hatimi, juriya ga zafin jiki mai yawa da juriyar lalacewa.
Tare da goyon bayan abubuwan ruwa masu tsafta waɗanda suka dace da halayen da ke sama, iskar gas ɗin na iya guje wa gurɓataccen abu na biyu, ƙirƙirar yanayin aiki mai aminci da kuma ba da gudummawa ga nasarar ƙera na'urori daban-daban na semiconductor.
Tun daga shekarar 2017, Hikelok ta shiga cikin baje kolin semiconductor na duniya tare da taken Semicon China tsawon shekaru da yawa a jere. Tana da ƙwarewar amfani da samfura a masana'antar semiconductor.jerin tsarkakkun abubuwa masu matuƙar tsarkiya nuna kyakkyawan aiki kuma abokan ciniki sun fi so.
Kayayyakin jerin tsarki na Hikelok, tun daga zaɓin kayan aiki, sarrafa tsari mai inganci zuwa haɗuwa da marufi marasa ƙura, sun cika buƙatun abubuwan da masana'antar semiconductor da kuma masana'antar semiconductor ke buƙata. Nau'ikan sun haɗa da manyan kayayyaki masu inganci.bawul ɗin rage matsin lamba mai tsarki,babban tsarkin diaphragm bawul,bawul ɗin da aka rufe da bellows mai tsarki,kwamitin da aka haɗa,kayan aiki masu tsarki da bututun EPAkwai girma dabam-dabam da nau'ikansa, kuma ana iya keɓance shi bisa ga buƙatun shigarwa daban-daban.
An tanadar da kayan VAR 316L da 316L VIM-VAR waɗanda suka cika buƙatun SEMI F200305 don kayan aiki, tare da kyakkyawan bayyanar sheƙi, ƙarfi mai yawa da juriya ga tsatsa. An zana lambar akwatin murhu na kayan a saman waje na kowane samfurin don tabbatar da cewa an gano kayan aikin.
Jerin kayan aikin tsafta masu inganci yana da ƙa'idodin sarrafawa masu tsauri. Bayan kammalawa, za a goge saman ciki ta hanyar amfani da na'urar lantarki. Wannan tsari yana ƙara inganta tsafta da juriya ga tsatsa na samfurin kuma yana rage gurɓatar samfurin ga iskar gas yayin amfani.
Ɗaki ne mai tsafta wanda ke da ƙa'idar tsaftacewa ta matakin ISO 4. Ana tsaftace kayayyakin ta hanyar amfani da ruwan da aka cire daga ion, a wanke ragowar ciki, a busar da su da iskar gas mai tsafta, sannan a tsaftace injin tsabtacewa mai layuka biyu da kuma rufe marufi don tabbatar da cewa an kawo muku kayayyakin a cikin yanayi mafi tsafta.
Hikelok yana ƙirƙirar wuri mai tsabta, rufewa da aminci ga iskar gas, ta yadda iskar gas ta musamman ta lantarki za ta iya yi wa masana'antar semiconductor hidima mafi kyau. Kuna son ƙarin bayani game da jerin shirye-shiryenmu masu tsabta? Mujalla ta gaba, sai mun haɗu.
Lokacin Saƙo: Fabrairu-23-2022