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Microelectronics Manufacturing, Semiconductor Fabrication - Foundry - FPGA - IC Assembly Packaging - AGS-TECH Inc. I-Microelectronics & Semiconductor Manufacturing and Fabrication Amasu ethu amaningi nama-nanomanufacturing, micromanufacturing kanye ne-mesomanufacturing kanye nezinqubo ezichazwe ngaphansi kwamanye amamenyu zingasetshenziselwa MICROELECTRONICS MANUFACTURING_cc781903-5153cde-bbc3b5-58-5cde-bbc-3195-53cde. Kodwa-ke ngenxa yokubaluleka kwe-microelectronics emikhiqizweni yethu, sizogxila esihlokweni esisetshenziswayo salezi zinqubo lapha. Izinqubo ezihlobene nama-Microelectronics nazo zibizwa kabanzi ngokuthi SEMICONDUCTOR FABRICATION processes. Idizayini yethu yobunjiniyela be-semiconductor kanye nezinsizakalo zokwenziwa zifaka: - FPGA ukwakhiwa kwebhodi, ukuthuthukiswa nokuhlela - Microelectronics Foundry amasevisi: Idizayini, prototyping nokukhiqiza, izinsizakalo zezinkampani zangaphandle - Semiconductor isilutshwana sokulungiselela: Ukudayela, ukubuyisela emuva, ukunciphisa, ukubekwa kwe-reticle, ukuhlela ukufa, ukukhetha nokubeka, ukuhlola - Microelectronic ukwakhiwa kwephakheji nokwenziwa: Kokubili ngaphandle kweshalofu nomklamo wangokwezifiso nokwenza - Semiconductor IC umhlangano & ukupakishwa & ukuhlolwa: Die, ngocingo kanye chip bonding, encapsulation, inhlangano, ukumaka kanye uphawu - Ozimele abaholayo bamadivayisi we-semiconductor: Kokubili ukwakheka okungaphandle kweshalofu kanye nokwakheka ngokwezifiso nokwenza - Ukuklama nokwakhiwa kwamasinki okushisa ama-microelectronics: Kokubili ukwakheka okungaphandle kweshalofu kanye nokwakheka ngokwezifiso nokwenza. - Sensor & i-actuator idizayini nokwenziwa: Kokubili ukwakheka okungaphandle kweshalofu kanye nokwakheka ngokwezifiso nokwenza - Optoelectronic & photonic circuits umklamo nokwenza Ake sihlole ukwakhiwa kwe-microelectronics kanye ne-semiconductor kanye nobuchwepheshe bokuhlola kabanzi ukuze uqonde kangcono amasevisi nemikhiqizo esiyinikezayo. I-FPGA Board Design & Development and Programming: Ama-array amasango ahlelekayo (ama-FPGA) angama-silicon chips ahleleleka kabusha. Ngokuphambene namaphrosesa owathola kumakhompuyutha omuntu siqu, ukuhlela i-FPGA kuvuselela i-chip ngokwayo ukuze iqalise ukusebenza komsebenzisi kunokusebenzisa uhlelo lwesofthiwe. Kusetshenziswa amabhulokhi anengqondo akhiwe ngaphambili kanye nezinsiza zomzila ezihlelekayo, ama-chips e-FPGA angacushwa ukuze aqalise ukusebenza kwezingxenyekazi zekhompuyutha zangokwezifiso ngaphandle kokusebenzisa ibhodi lezinkwa nensimbi yokunamathisela. Imisebenzi yekhompyutha yedijithali yenziwa kusofthiwe futhi ihlanganiswe phansi kufayela lokumisa noma i-bitstream equkethe ulwazi lokuthi izingxenye kufanele zixhunywe kanjani ndawonye. Ama-FPGA angasetshenziswa ukwenza noma yimuphi umsebenzi onengqondo i-ASIC engayenza futhi ilungiseka kabusha ngokuphelele futhi inganikezwa “ubuntu” obuhluke ngokuphelele ngokubuyisela ukucushwa kwesekethe okuhlukile. Ama-FPGA ahlanganisa izingxenye ezinhle kakhulu zamasekethe ahlanganisiwe aqondene nohlelo lokusebenza (ama-ASIC) kanye nezinhlelo ezisuselwe kumaphrosesa. Lezi zinzuzo zihlanganisa okulandelayo: • Izikhathi zokuphendula ezisheshayo ze-I/O kanye nokusebenza okukhethekile • Ukweqa amandla ekhompuyutha wama-digital signal processors (DSPs) • Ukwenza i-prototyping ngokushesha nokuqinisekisa ngaphandle kwenqubo yokwenziwa kwe-ASIC yangokwezifiso • Ukuqaliswa kokusebenza ngokwezifiso ngokuthembeka kwehadiwe enqunyiwe ezinikele • Okungathuthukiswa endaweni okuqeda izindleko zokuklama kabusha nokugcinwa kwe-ASIC ngokwezifiso Ama-FPGA ahlinzeka ngesivinini nokuthembeka, ngaphandle kokudinga amanani aphezulu ukuze athethelele izindleko ezinkulu zangaphambili zomklamo we-ASIC wangokwezifiso. I-silicon ehlelwa kabusha iphinde ibe nokuguquguquka okufanayo kwesofthiwe esebenza kumasistimu asekelwe ku-processor, futhi ayinqunyelwe ngenani lama-cores okucubungula atholakalayo. Ngokungafani namaphrosesa, ama-FPGA ayahambisana ngempela ngokwemvelo, ngakho-ke ukucubungula okuhlukile akumele kuqhudelane ngezinsiza ezifanayo. Umsebenzi ngamunye wokucutshungulwa ozimele unikezwa ingxenye ezinikele ye-chip, futhi ingasebenza ngokuzenzakalelayo ngaphandle kwethonya elivela kwamanye amabhulokhi anengqondo. Njengomphumela, ukusebenza kwengxenye eyodwa yohlelo lokusebenza akuthikameki lapho ukucubungula okwengeziwe kwengezwa. Amanye ama-FPGA anezici ze-analog ngaphezu kwemisebenzi yedijithali. Ezinye izici ezivamile ze-analog izinga lokubulala elihlelekayo kanye namandla okushayela kuphinikhodi ngayinye yokukhiphayo, okuvumela unjiniyela ukuthi asethe amanani ahamba kancane kumaphini alayishwe kancane abengase akhale noma amangale ngendlela engamukeleki, futhi asethe amanani aqinile, asheshayo kumaphini alayishwe kakhulu ngesivinini esikhulu. iziteshi ebezizohamba kancane kakhulu. Esinye isici esivamile se-analog iziqhathanisi ezihlukanisayo kumaphinikhodi okufaka aklanyelwe ukuxhunywa eziteshini zokubonisa umehluko. Amanye ama-FPGA wesignali axubile ahlanganise iziguquli ze-analog-to-digital (ADCs) kanye neziguquli zedijithali-kuya-analogi (ama-DAC) anamabhulokhi wokulungisa isignali ye-analogi ezivumela ukuthi zisebenze njengesistimu-on-a-chip. Kafushane, izinzuzo eziphezulu ezi-5 zama-FPGA chips yilezi: 1. Ukusebenza Okuhle 2. Isikhathi Esifushane Sokuya Emakethe 3. Izindleko Eziphansi 4. Ukwethembeka okuphezulu 5. Amandla Okugcina Isikhathi Eside Ukusebenza Okuhle - Ngamandla awo okwamukela ukucubungula okufanayo, ama-FPGA anamandla ekhompuyutha angcono kunama-Digital signal processors (DSPs) futhi awadingi ukubulawa okulandelanayo njengama-DSP futhi angafeza okwengeziwe ngomjikelezo wewashi ngalinye. Ukulawula okokufaka nokuphumayo (I/O) kuleveli yezingxenyekazi zekhompuyutha kunikeza izikhathi zokuphendula ezisheshayo kanye nokusebenza okukhethekile ukuze kufane eduze nezidingo zohlelo lokusebenza. Isikhathi esifushane sokumaketha - ama-FPGA anikeza ukuguquguquka kanye nekhono lokukhiqiza ngokushesha futhi ngaleyo ndlela abe nesikhathi esifushane sokuya emakethe. Amakhasimende ethu angahlola umbono noma umqondo futhi awuqinisekise ku-hardware ngaphandle kokudlula kunqubo ende nebizayo yokwenziwa yomklamo wangokwezifiso we-ASIC. Singasebenzisa izinguquko ezikhulayo futhi siphindaphinde kumklamo we-FPGA phakathi namahora esikhundleni samaviki. Izingxenyekazi zekhompuyutha ezingaphandle kweshalofu zezentengiselwano nazo ziyatholakala ngezinhlobo ezahlukene ze-I/O esezivele zixhunywe ku-chip ye-FPGA ehlelwa umsebenzisi. Ukutholakala okukhulayo kwamathuluzi esoftware yezinga eliphezulu kunikeza ama-IP cores abalulekile (imisebenzi eyakhiwe kusengaphambili) yokulawula okuthuthukile nokucubungula isignali. Izindleko Eziphansi—Izindleko zobunjiniyela ezingabuyeli (NRE) zemiklamo ye-ASIC yangokwezifiso zidlula ezezixazululo zehadiwe ezisekelwe ku-FPGA. Ukutshalwa kwezimali okukhulu kokuqala kuma-ASIC kungathethelelwa ukuthi ama-OEM akhiqize ama-chips amaningi ngonyaka, kodwa abasebenzisi abaningi bokugcina badinga ukusebenza kwehadiwe yangokwezifiso kumasistimu amaningi asathuthuka. I-silicon FPGA yethu ehlelekayo ikunikeza okuthile ngaphandle kwezindleko zokwenziwa noma izikhathi zokuhola ezinde zokuhlanganisa. Izidingo zesistimu zivame ukushintsha ngokuhamba kwesikhathi, futhi izindleko zokwenza izinguquko ezikhulayo kumiklamo ye-FPGA azinakwa uma ziqhathaniswa nezindleko ezinkulu zokuphinda usebenzise i-ASIC. Ukuthembeka Okuphezulu - Amathuluzi esofthiwe ahlinzeka ngendawo yokuhlela futhi ukujikeleza kwe-FPGA kuwukuqaliswa kweqiniso kokwenziwa kohlelo. Amasistimu asekelwe kumaphrosesa ngokuvamile abandakanya izendlalelo eziningi zokungafinyeleli ukusiza ukuhlela umsebenzi nokwabelana ngezinsiza phakathi kwezinqubo eziningi. Isendlalelo somshayeli silawula izinsiza zehadiwe futhi i-OS ilawula inkumbulo kanye nomkhawulokudonsa wephrosesa. Kunoma yimuphi umgogodla wephrosesa onikeziwe, umyalelo owodwa kuphela ongawusebenzisa ngesikhathi, futhi amasistimu asuselwa kuphrosesa ahlala esengozini yemisebenzi ebaluleke kakhulu yesikhathi elandelanayo. Ama-FPGA, awasebenzisi ama-OS, abeka ukukhathazeka kokuthembeka okuncane ngokusebenza kwawo kwangempela okuhambisanayo kanye nezingxenyekazi zekhompuyutha ezinqumayo ezinikezelwe kuwo wonke umsebenzi. Amandla Okugcina Isikhathi Eside - Ama-chips e-FPGA ayathuthukiswa futhi awadingi isikhathi nezindleko ezihilelekile ekuklameni kabusha i-ASIC. Izimiso zokuxhumana zedijithali, isibonelo, zinezincazelo ezingashintsha ngokuhamba kwesikhathi, futhi ukuxhumana okusekelwe ku-ASIC kungase kubangele izinselele zokulondoloza nokuhambisana phambili. Ngokuphambene, ama-FPGA chips angalungiseka kabusha angahambisana nezinguquko ezingase zidingekile zesikhathi esizayo. Njengoba imikhiqizo nezinhlelo zivuthwa, amakhasimende ethu angenza izithuthukisi zokusebenza ngaphandle kokuchitha isikhathi edizayina kabusha izingxenyekazi zekhompuyutha futhi elungisa izakhiwo zebhodi. Izinsizakalo Zokutholwa Kwe-Microelectronics: Izinsizakalo zethu zokusungula i-microelectronics zifaka ukuklama, ukwenza i-prototyping kanye nokukhiqiza, izinsizakalo zezinkampani zangaphandle. Sihlinzeka amakhasimende ethu ngosizo kuwo wonke umjikelezo wokuthuthukiswa komkhiqizo - kusukela ekusekelweni kwedizayini kuye ekwenzeni i-prototyping kanye nokwesekwa kokukhiqiza kwama-semiconductor chips. Inhloso yethu ezinsizeni zosekelo zedizayini ukunika amandla indlela elungile yokuqala ngqa yedizayini yedijithali, ye-analog, kanye nengxubevange yesiginali yamadivayisi we-semiconductor. Isibonelo, amathuluzi okulingisa athile we-MEMS ayatholakala. Izindwangu ezikwazi ukuphatha amawafa angu-6 namayintshi angu-8 we-CMOS ehlanganisiwe ne-MEMS asenkonzweni yakho. Sinikeza amakhasimende ethu ukwesekwa kwedizayini yazo zonke izinkundla ezinkulu ze-electronic design automation (EDA), sihlinzeka ngamamodeli alungile, amakhithi okuklama amaprosesa (i-PDK), imitapo yolwazi ye-analog neyedijithali, nokusekelwa kwedizayini yokukhiqiza (DFM). Sinikeza izinketho ezimbili ze-prototyping zabo bonke ubuchwepheshe: isevisi ye-Multi Product Wafer (MPW), lapho amadivaysi amaningana acutshungulwa ngokuhambisana ku-wafer eyodwa, kanye nesevisi ye-Multi Level Mask (MLM) enamaleveli amamaski amane adwetshwe ku-reticle efanayo. Lezi zonga kakhulu kunesethi yemaski egcwele. Isevisi ye-MLM iguquguquka kakhulu uma iqhathaniswa nezinsuku ezimisiwe zesevisi ye-MPW. Izinkampani zingase zikhethe ukukhipha imikhiqizo ye-semiconductor endaweni yokutholwa kwama-microelectronics ngenxa yezizathu eziningi ezihlanganisa isidingo somthombo wesibili, zisebenzisa izinsiza zangaphakathi zeminye imikhiqizo namasevisi, ukuzimisela ukuhamba ngendlela engelona iqiniso futhi yehlise ubungozi kanye nomthwalo wokusebenzisa indwangu ye-semiconductor...njll. I-AGS-TECH inikeza izinqubo zokwenziwa kwe-open-platform microelectronics ezingancishiswa kuma-wafer run amancane kanye nokukhiqizwa ngobuningi. Ngaphansi kwezimo ezithile, amathuluzi akho akhona e-microelectronics noma okwenziwa kwe-MEMS noma amasethi amathuluzi aphelele angadluliselwa njengamathuluzi athunyelwe noma athengiswe amathuluzi asuka kundwangu yakho aye kusayithi lethu lendwangu, noma imikhiqizo yakho ekhona ye-microelectronics kanye ne-MEMS ingaklanywa kabusha kusetshenziswa ubuchwepheshe benkundla evulekile futhi ithunyelwe ku- inqubo etholakala ku-fab yethu. Lokhu kuyashesha futhi konga kakhulu kunokudlulisa ubuchwepheshe bangokwezifiso. Uma uthanda kodwa izinqubo zokwenziwa zekhasimende ezikhona ze-microelectronics / MEMS zingadluliswa. Ukulungiselela I-Semiconductor Wafer: Uma efunwa amakhasimende ngemva kokuba ama-wafer enziwe ngendwangu encane, senza ukudayela, ukubuyisela emuva, ukuphungula, ukubeka i-reticle, ukuhlela amafa, ukukhetha nokubeka, imisebenzi yokuhlola ku-semiconductor. Ukucutshungulwa kwe-wafer ye-semiconductor kubandakanya i-metrology phakathi kwezinyathelo zokucubungula ezahlukahlukene. Isibonelo, izindlela zokuhlola ifilimu emincane esekelwe ku-ellipsometry noma i-reflectometry, zisetshenziselwa ukulawula ngokuqinile ukushuba kwesango le-oxide, kanye nogqinsi, inkomba ye-refractive kanye ne-coefficient yokuqothula ye-photoresist nezinye izigqoko. Sisebenzisa okokusebenza kokuhlola kwe-wafer ye-semiconductor ukuze siqinisekise ukuthi ama-wafer awalimalanga izinyathelo zangaphambilini zokucubungula kuze kufike ekuhlolweni. Uma izinqubo zangaphambili seziqediwe, amadivaysi e-semiconductor microelectronic angaphansi kokuhlolwa okuhlukahlukene kagesi ukuze kutholwe ukuthi asebenza kahle yini. Sibhekisela engxenyeni yamadivayisi e-microelectronics ku-wafer etholwe isebenza kahle ngokuthi "isivuno". Ukuhlolwa kwama-microelectronics chips ku-wafer kwenziwa ngesihloli se-electronic esicindezela ama-probe amancane ngokumelene ne-semiconductor chip. Umshini ozishintshayo umaka i-microelectronics chip ngayinye embi ngethonsi likadayi. Idatha yokuhlola i-wafer ifakwe kusizindalwazi sekhompuyutha emaphakathi futhi ama-semiconductor chips ahlelwa abe imigqomo ebonakalayo ngokuya ngemikhawulo yokuhlola enqunywe kusengaphambili. Idatha ewumphumela yokubopha ingafakwa kugrafu, noma ifakwe kumephu ye-wafer ukuze kulandelelwe amaphutha okukhiqiza nokumaka ama-chips amabi. Le mephu ingasetshenziswa futhi ngesikhathi sokuhlanganiswa kwe-wafer kanye nokupakishwa. Ekuhlolweni kokugcina, ama-microelectronic chips ayahlolwa futhi ngemva kokupakishwa, ngenxa yokuthi izintambo zebhondi kungenzeka zishoda, noma ukusebenza kwe-analog kungase kushintshwe iphakheji. Ngemuva kokuthi iwafa ye-semiconductor isihloliwe, ivamise ukuncishiswa ngogqinsi ngaphambi kokuthi iwafa ifakwe amaphuzu bese igqekezwa ishone ngayinye. Le nqubo ibizwa ngokuthi i-semiconductor wafer dicing. Sisebenzisa imishini yokukhetha nendawo ezenzakalelayo ekhiqizwe ngokukhethekile imboni ye-microelectronics ukuze silungise ukufa kwe-semiconductor okuhle nokubi. Ama-chips we-semiconductor amahle kuphela, ahlanganisiwe. Okulandelayo, kupulasitiki ye-microelectronics noma inqubo yokupakisha ye-ceramic sikhweza i-semiconductor die, sixhume amaphedi okufa kumaphini ephaketheni, bese sivala idayizi. Izintambo zegolide ezincane zisetshenziselwa ukuxhuma amaphedi nezikhonkwane kusetshenziswa imishini ezenzakalelayo. I-Chip scale package (CSP) ingobunye ubuchwepheshe bokupakisha be-microelectronics. Iphakethe lepulasitiki elikabili emgqeni (i-DIP), njengamaphakheji amaningi, likhulu ngokuphindwe kaningi kunefa le-semiconductor langempela elifakwe ngaphakathi, kanti ama-CSP chips acishe alingane nama-microelectronics afayo; futhi i-CSP ingakhiwa endaweni ngayinye ngaphambi kokuthi iwafa ye-semiconductor idayiwe. Ama-microelectronic chips apakishiwe aphinde ahlolwe ukuze kuqinisekiswe ukuthi awonakele ngesikhathi sokupakishwa nokuthi inqubo yokuxhumanisa i-die-to-pin iqedwe ngendlela efanele. Sisebenzisa ama-lasers siqopha amagama nezinombolo ze-chip ephaketheni. I-Microelectronic Package Design and Fabrication: Sinikeza kokubili i-off-shelf kanye nomklamo wangokwezifiso kanye nokwakhiwa kwamaphakheji we-microelectronic. Njengengxenye yale sevisi, ukumodela kanye nokulingiswa kwamaphakheji we-microelectronic nakho kwenziwa. Ukumodela nokulingisa kuqinisekisa i-virtual Design of Experiments (DoE) ukuze kuzuzwe isisombululo esifanele, kunokuhlola amaphakheji enkundleni. Lokhu kunciphisa izindleko nesikhathi sokukhiqiza, ikakhulukazi ukuthuthukiswa komkhiqizo omusha kuma-microelectronics. Lo msebenzi futhi usinika ithuba lokuchaza amakhasimende ethu ukuthi ukuhlanganisa, ukwethembeka nokuhlola kuzoba nomthelela kanjani emikhiqizweni yawo ye-microelectronic. Inhloso eyinhloko yokupakishwa kwe-microelectronic iwukuklama isistimu ye-elekthronikhi ezokwanelisa izimfuneko zohlelo oluthile ngezindleko ezifanele. Ngenxa yezinketho eziningi ezitholakalayo zokuxhuma nokufaka isistimu ye-microelectronics, ukukhetha kobuchwepheshe bokupakisha kuhlelo olunikeziwe kudinga ukuhlolwa kochwepheshe. Imibandela yokukhetha yamaphakeji e-microelectronics ingase ihlanganise okunye kokushayela kobuchwepheshe okulandelayo: -Ukusebenziseka kalula -Veza -Izindleko -Izakhiwo zokukhipha ukushisa -Ukusebenza kwe-electromagnetic shielding -Ukuqina komshini -Ukwethembeka Lokhu kucatshangelwa kwedizayini yamaphakheji we-microelectronics kuthinta isivinini, ukusebenza, amazinga okushisa okuhlangana, ivolumu, isisindo nokunye. Umgomo oyinhloko ukukhetha ubuchwepheshe bokuxhumanisa obungabizi kakhulu kodwa obuthembekile. Sisebenzisa izindlela zokuhlaziya eziyinkimbinkimbi nesofthiwe ukuze sidizayine amaphakheji e-microelectronics. Ukupakishwa kwe-Microelectronics kuphathelene nokuklanywa kwezindlela zokwenziwa kwamasistimu amancane kagesi axhumene kanye nokuthembeka kwalawo masistimu. Ngokukhethekile, ukupakishwa kwama-microelectronics kuhlanganisa umzila wamasignali ngenkathi kugcinwa ubuqotho besignali, ukusabalalisa umhlabathi namandla kumasekethe ahlanganisiwe we-semiconductor, ukusabalalisa ukushisa okuhlakaziwe ngenkathi kugcinwa ubuqotho besakhiwo kanye nempahla, nokuvikela isifunda ezingozini zemvelo. Ngokuvamile, izindlela zokupakisha ama-microelectronics IC zifaka ukusetshenziswa kwe-PWB enezixhumi ezihlinzeka ngama-I/O omhlaba wangempela kusekethe kagesi. Izindlela zokupakisha zendabuko ze-microelectronics zibandakanya ukusetshenziswa kwephakheji elilodwa. Inzuzo eyinhloko yephakheji ye-chip eyodwa yikhono lokuhlola ngokugcwele i-microelectronics IC ngaphambi kokuyixhuma ku-substrate engaphansi. Amadivayisi anjalo apakishiwe e-semiconductor afakwe ngembobo noma abekwe phezulu ku-PWB. Amaphakheji e-microelectronics afakwe phezulu awadingi ukuthi adlule ngezimbobo ebhodini lonke. Esikhundleni salokho, izingxenye zama-microelectronics abekwe phezulu zingadayiswa kuzo zombili izinhlangothi ze-PWB, okuvumela ukuminyana kwesekethe okuphezulu. Le ndlela ibizwa ngokuthi i-surface-mount technology (SMT). Ukwengezwa kwamaphakheji esitayela sendawo efana ne-ball-grid arrays (BGAs) kanye namaphakheji esikali se-chip (CSPs) kwenza i-SMT iqhudelane nobuchwepheshe bokupakisha be-semiconductor microelectronics obuphezulu kakhulu. Ubuchwepheshe obusha bokupakisha bubandakanya ukunamathiselwa kwedivayisi ye-semiconductor engaphezu kweyodwa ku-substrate exhumanisayo ephezulu, ebese ifakwa kuphakheji enkulu, ehlinzeka kokubili izikhonkwane ze-I/O nokuvikelwa kwemvelo. Lobu buchwepheshe bemojula ye-multichip (MCM) bubonakala futhi ngobuchwepheshe be-substrate obusetshenziswa ukuxhuma ama-IC anamathiselwe. I-MCM-D imele ifilimu elincanyana elifakwe insimbi kanye nama-dielectric multilayers. Ama-substrates e-MCM-D anokuminyana kwezintambo okuphezulu kakhulu kwabo bonke ubuchwepheshe be-MCM ngenxa yobuchwepheshe obuyindida bokucubungula i-semiconductor. I-MCM-C ibhekisela kuma-substrates "oceramic" anezendlalelo eziningi, axoshwe ezendlaleloni ezishintshanayo zoyinki wensimbi abahloliwe kanye namashidi e-ceramic angashiswanga. Ngokusebenzisa i-MCM-C sithola umthamo wezintambo eziminyene ngokumaphakathi. I-MCM-L ibhekisela kuma-substrates ezendlalelo eziningi enziwe “ngamalayini” e-PWB estakiwe, enziwe ngensimbi, anephethini ngayinye bese enziwe laminated. Bekukade kuwubuchwepheshe bokuxhumanisa obunokuminyana okuphansi, nokho manje i-MCM-L isondela ngokushesha ekuminyaneni kobuchwepheshe bokupakisha be-MCM-C kanye ne-MCM-D microelectronics. I-Direct chip attach (DCA) noma ubuchwepheshe bokupakisha be-chip-on-board (COB) microelectronics buhlanganisa ukukhweza ama-microelectronics ICs ngqo ku-PWB. I-encapsulant yepulasitiki, "egubungele" phezu kwe-IC engenalutho bese yelapheka, inikeza ukuvikelwa kwemvelo. I-Microelectronics ICs ingaxhunywa ku-substrate kusetshenziswa i-flip-chip, noma izindlela zokubopha izintambo. Ubuchwepheshe be-DCA bonga kakhulu kumasistimu akhawulelwe kuma-IC we-semiconductor angu-10 noma ngaphansi, njengoba izinombolo ezinkulu zama-chips zingathinta ukukhiqizwa kwesistimu futhi ukuhlanganisa kwe-DCA kungase kube nzima ukuphinda kusebenze. Inzuzo evamile kuzo zombili izinketho zokupakisha ze-DCA ne-MCM ukuqedwa kwezinga lokuxhuma lephakeji ye-IC semiconductor, okuvumela ukusondelana (ukubambezeleka kokudlulisa isignali okufushane) kanye nokuncishiswa kokungena komthofu. Ububi obuyinhloko ngazo zombili izindlela ubunzima bokuthenga ama-IC ahlolwe ngokugcwele ama-microelectronics. Okunye okubi kobuchwepheshe be-DCA kanye ne-MCM-L kufaka phakathi ukuphathwa okushisayo kokushisa okuphansi ngenxa yokungabi khona kokusebenza okushisayo kwama-laminates e-PWB kanye ne-coefficient empofu yomdlalo wokunwebeka oshisayo phakathi kwe-semiconductor die kanye ne-substrate. Ukuxazulula inkinga yokungezwani kokwanda okushisayo kudinga i-interposer substrate efana ne-molybdenum ye-wire bonded die kanye ne-epoxy engagcwali ye-flip-chip die. I-multichip carrier module (MCCM) ihlanganisa zonke izici ezinhle ze-DCA nobuchwepheshe be-MCM. I-MCCM imane iyi-MCM encane esiphathini sensimbi esincanyana esingaboshelwa noma sinamathiselwe ngomshini ku-PWB. Iphansi lensimbi lisebenza njengento ekhipha ukushisa kanye ne-interposer yengcindezi ye-MCM substrate. I-MCCM inomkhondo ojikelezayo wokubopha intambo, ukusoda, noma ukubopha ithebhu ku-PWB. Ama-IC we-semiconductor avikelekile avikelwe kusetshenziswa i-glob-top material. Uma usithinta, sizoxoxa ngesicelo sakho kanye nezidingo zokukukhethela inketho yokupakisha ye-microelectronics engcono kakhulu. I-Semiconductor IC Assembly & Packaging & Test: Njengengxenye yezinsizakalo zethu zokwenziwa kwe-microelectronics sinikeza i-die, intambo ne-chip bonding, i-encapsulation, ukuhlanganisa, ukumaka nokufaka uphawu, ukuhlola. Ukuze i-chip ye-semiconductor noma isekethe ye-microelectronics ehlanganisiwe isebenze, idinga ukuxhunywa kusistimu ezoyilawula noma inikeze imiyalelo kuyo. I-Microelectronics IC assembly ihlinzeka ngoxhumano lwamandla nolwazi lokudlulisa phakathi kwe-chip nohlelo. Lokhu kufezwa ngokuxhuma i-chip ye-microelectronics kuphakheji noma ukuyixhuma ngokuqondile ku-PCB yale misebenzi. Ukuxhumana phakathi kwe-chip nephakheji noma ibhodi lesekethe eliphrintiwe (PCB) kwenziwa nge-wire bonding, i-thru-hole noma i-flip chip assembly. Singumholi wemboni ekutholeni izixazululo zokupakisha ze-microelectronics IC ukuze sihlangabezane nezidingo eziyinkimbinkimbi zezimakethe ezingenantambo neze-inthanethi. Sinikeza izinkulungwane zamafomethi wephakheji nosayizi abahlukene, kusukela kumaphakheji we-IC we-leadframe microelectronics ye-thru-hole ne-surface mount, kuya ku-chip scale yakamuva (CSP) kanye nezixazululo ze-ball grid array (BGA) ezidingekayo ekubalweni kwamaphinikhodi aphezulu kanye nezinhlelo zokusebenza zokuminyana okuphezulu. . Amaphakheji anhlobonhlobo ayatholakala esitokweni ahlanganisa i-CABGA (Chip Array BGA), CQFP, CTBGA (Chip Array Thin Core BGA), CVBGA (Very Thin Chip Array BGA), Flip Chip, LCC, LGA, MQFP, PBGA, PDIP, I-PLCC, i-PoP - Iphakheji Kuphakheji, i-PoP TMV - Ngesikhunta Via, SOIC / SOJ, SSOP, TQFP, TSOP, WLP (Iphakheji Yezinga Le-Wafer)…..etc. Ukubopha ngocingo kusetshenziswa ithusi, isiliva noma igolide kuphakathi kwezinto ezidumile kuma-microelectronics. Intambo yethusi (Cu) ibiyindlela yokuxhuma i-silicon semiconductor ifa kumatheminali ephakheji ye-microelectronics. Ngokukhuphuka kwakamuva kwezindleko zezintambo zegolide (Au), intambo yethusi (Cu) iyindlela ekhangayo yokuphatha izindleko zephakheji ku-microelectronics. Iphinde ifane nocingo lwegolide (Au) ngenxa yezakhiwo zayo zikagesi ezifanayo. I-self-inductance ne-self capacitance icishe ifane ngentambo yegolide (Au) neyethusi (Cu) enentambo yethusi (Cu) enokumelana okuphansi. Kuzinhlelo zokusebenza ze-microelectronics lapho ukumelana ngenxa yentambo yebhondi kungase kube nomthelela omubi ekusebenzeni kwesekethe, kusetshenziswa intambo yethusi (Cu) inganikeza ukuthuthuka. Izintambo zengxubevange yethusi, iPalladium Coated Copper (PCC) kanye neSilver (Ag) sezivele njengezinye izindlela kunezintambo zegolide zamabhondi ngenxa yezindleko. Izintambo ezenziwe ngethusi azibizi futhi zine-resistivity kagesi ephansi. Kodwa-ke, ukuqina kwethusi kwenza kube nzima ukusebenzisa izinhlelo eziningi ezifana nalezo ezinezakhiwo ezibuthakathaka zebhondi. Kulezi zinhlelo zokusebenza, i-Ag-Alloy inikezela ngezakhiwo ezifanayo nalezo zegolide kuyilapho izindleko zayo zifana nalezo ze-PCC. Intambo ye-Ag-Alloy ithambile kune-PCC okuholela emazingeni aphansi e-Al-Splash kanye nengozi ephansi yokulimala kwephedi yebhondi. I-Ag-Alloy wire iwukushintsha okungcono kakhulu kwezindleko eziphansi zezinhlelo zokusebenza ezidinga i-die-to-die bonding, i-waterfall bonding, i-ultra-fine bond pad pitch kanye nokuvuleka kwephedi yebhondi encane, ukuphakama kwelophu ephansi kakhulu. Sihlinzeka ngohlu oluphelele lwezinsizakalo zokuhlola i-semiconductor okuhlanganisa ukuhlolwa kwe-wafer, izinhlobo ezahlukene zokuhlola kokugcina, ukuhlolwa kwezinga lesistimu, ukuhlolwa kwemichilo kanye nezinsizakalo eziphelele zokuphela komugqa. Sihlola izinhlobo ezahlukene zedivayisi ye-semiconductor kuyo yonke imindeni yethu yamaphakeji okuhlanganisa imvamisa yomsakazo, i-analog nesiginali exubile, idijithali, ukuphathwa kwamandla, inkumbulo nezinhlanganisela ezihlukahlukene ezifana ne-ASIC, amamojula e-multi chip, i-System-in-Package (SiP), kanye ukupakishwa kwe-3D estakiwe, izinzwa namadivayisi we-MEMS afana nama-accelerometer nezinzwa zokucindezela. I-Hardware yethu yokuhlola kanye nemishini yokuxhumana ifanele usayizi wephakheji wangokwezifiso i-SiP, izixazululo zokuxhumana ezikabili zePhakheji kuPhakheji (i-PoP), i-TMV PoP, amasokhethi e-FusionQuad, i-MicroLeadFrame enemigqa eminingi, I-Fine-Pitch Copper Pillar. Imishini yokuhlola nezitezi zokuhlola kuhlanganiswe namathuluzi e-CIM/CAM, ukuhlaziya isivuno nokuqapha ukusebenza ukuze kulethe isivuno esihle kakhulu okokuqala ngqa. Sinikezela ngezinqubo eziningi zokuhlola i-microelectronics kumakhasimende ethu futhi sinikezela ngokugeleza kokuhlola okusabalalisiwe kwe-SiP nokunye ukugeleza komhlangano oyinkimbinkimbi. I-AGS-TECH ihlinzeka ngobubanzi obugcwele bokubonisana, ukuthuthukiswa kanye nezinsizakalo zobunjiniyela kuwo wonke umjikelezo wakho wokuphila womkhiqizo we-semiconductor kanye ne-microelectronics. Siyaziqonda izimakethe ezihlukile kanye nezidingo zokuhlola ze-SiP, izimoto, inethiwekhi, amageyimu, ihluzo, ikhompuyutha, i-RF / wireless. Izinqubo zokukhiqiza ama-semiconductor zidinga izixazululo zokumaka ezisheshayo nezilawulwa ngokunembile. Izivinini zokumaka ezingaphezu kwezinhlamvu eziyi-1000/ngesekhondi kanye nokujula kokungena kokubalulekile okungaphansi kwama-microns angu-25 kuvamile embonini ye-semiconductor microelectronics kusetshenziswa ama-laser athuthukile. Siyakwazi ukumaka izinhlanganisela zesikhunta, amawafa, izitsha zobumba nokunye okuningi ngokufakwa kokushisa okuncane nokuphindaphinda kahle. Sisebenzisa ama-laser ngokunemba okuphezulu ukumaka ngisho nezingxenye ezincane ngaphandle kokulimala. Amafreyimu aholayo Amadivayisi e-Semiconductor: Kokubili i-off-shelf kanye nedizayini yangokwezifiso nokwenziwa kuyenzeka. Amafreyimu omthofu asetshenziswa ezinqubweni zokuhlanganisa idivayisi ye-semiconductor, futhi empeleni ayizendlalelo ezincane zensimbi ezixhuma izintambo ezisuka kumatheminali amancane kagesi endaweni ye-semiconductor microelectronics kuya kumjikelezo omkhulu kumadivayisi kagesi nama-PCB. Amafreyimu omthofu asetshenziswa cishe kuwo wonke amaphakheji we-semiconductor microelectronics. Amaphakheji amaningi e-IC ye-microelectronics enziwa ngokubeka i-silicon chip ye-semiconductor ohlakeni oluholayo, bese kuba intambo ebopha i-chip emithonjeni yensimbi yalolo hlaka lomthofu, bese imboza chip ye-microelectronics ngekhava yepulasitiki. Le phakheji elula futhi ephansi kakhulu ye-microelectronics iseyisixazululo esingcono kakhulu sezinhlelo zokusebenza eziningi. Amafreyimu omthofu akhiqizwa ngamapheshana amade, okuwavumela ukuthi acutshungulwe ngokushesha emishinini yokuhlanganisa ezenzakalelayo, futhi ngokuvamile kusetshenziswa izinqubo ezimbili zokukhiqiza: ukufakwa kwezithombe kohlobo oluthile nokugxiviza. Ku-microelectronics idizayini yohlaka oluholayo ngokuvamile idinga ukucaciswa nezici ezingokwezifiso, imiklamo ethuthukisa izakhiwo zikagesi nezishisayo, kanye nezidingo zesikhathi somjikelezo othile. Sinolwazi olujulile lokwenziwa kohlaka oluholayo lwe-microelectronics lwamakhasimende amaningi ahlukene asebenzisa ukushumeka izithombe nokugxivizwa nge-laser. Idizayini nokwenziwa kwamasinki okushisa ama-microelectronics: Kokubili ngaphandle kweshalofu kanye nokwakheka ngokwezifiso nokwenza. Ngokukhula kokukhishwa kokushisa okuvela kumadivayisi e-microelectronics kanye nokuncipha kwezici zefomu jikelele, ukuphathwa kwe-thermal kuba into ebaluleke kakhulu yokwakhiwa komkhiqizo we-elekthronikhi. Ukungaguquguquki ekusebenzeni kanye neminyaka yokuphila kwemishini kagesi kuhlobene ngokuphambene nezinga lokushisa lengxenye yezinto zokusebenza. Ubudlelwano phakathi kokuthembeka nezinga lokushisa lokusebenza kwedivayisi evamile ye-silicon semiconductor libonisa ukuthi ukuncipha kwezinga lokushisa kuhambisana nokwenyuka komchazi kokuthembeka neminyaka yokuphila kwedivayisi. Ngakho-ke, impilo ende nokusebenza okuthembekile kwengxenye ye-semiconductor microelectronics kungase kuzuzwe ngokulawula ngempumelelo izinga lokushisa ledivayisi ngaphakathi kwemikhawulo ebekwe abaklami. Osinki bokushisa bangamadivayisi athuthukisa ukunqanyulwa kokushisa endaweni eshisayo, ngokuvamile ikesi yangaphandle yengxenye ekhiqiza ukushisa, ukuya endaweni epholile efana nomoya. Ezingxoxweni ezilandelayo, umoya uthathwa njengoketshezi olupholisayo. Ezimweni eziningi, ukudluliswa kokushisa kuyo yonke indawo phakathi kwendawo eqinile nomoya opholile kungasebenzi kahle kakhulu ngaphakathi kwesistimu, futhi isixhumi esibonakalayo somoya oqinile simelela umgoqo omkhulu kakhulu wokukhipha ukushisa. Isitha sokushisa sehlisa lesi sivimbelo ngokuyinhloko ngokukhulisa indawo engaphezulu ethintana ngqo nesipholile. Lokhu kuvumela ukushisa okwengeziwe ukuthi kuhlakazwe futhi/noma kwehlise izinga lokushisa lokusebenza kwedivayisi ye-semiconductor. Injongo eyinhloko yosinki wokushisa iwukugcina izinga lokushisa ledivayisi ye-microelectronics lingaphansi kwezinga eliphezulu lokushisa elivumelekile elicaciswe umkhiqizi wedivayisi ye-semiconductor. Singakwazi ukuhlukanisa amasinki okushisa ngokwezindlela zokukhiqiza kanye nokuma kwawo. Izinhlobo ezivame kakhulu zamasinki okushisa apholile zifaka: - Izitembu: Izinsimbi ze-Copper noma i-aluminium zigxivizwa zibe yizimo ezifunwayo. zisetshenziswa ekupholiseni komoya kwendabuko kwezingxenye ze-elekthronikhi futhi zinikeza isixazululo esinomnotho ezinkingeni ezishisayo zokuminyana okuphansi. Zifanele ukukhiqizwa kwevolumu ephezulu. - I-Extrusion: Lawa masinki okushisa avumela ukwakheka komumo obanzi onezinhlangothi ezimbili okwazi ukuqeda imithwalo yokushisa emikhulu. Angase asikwe, enziwe ngomshini, futhi angezwe izinketho. I-cross-cutting izokhiqiza amasinki okushisa e-omnidirectional, amaphinikhodi angama-rectangular, futhi okuhlanganisa amaphiko amisekile kuthuthukisa ukusebenza cishe ngo-10 ukuya ku-20%, kodwa ngesilinganiso esinensayo sokukhipha. Imikhawulo ye-Extrusion, efana nogqinsi lwe-fin height-to-gap fin, ngokuvamile ilawula ukuguquguquka kwezinketho zedizayini. Isici esijwayelekile se-fin height-to-gap esifinyelela ku-6 kanye nobuncane be-fin ukujiya obungu-1.3mm, singafinyeleleka ngamasu ajwayelekile okukhipha. I-aspect ratio engu-10 kuye ku-1 kanye nogqinsi luka-0.8″ lungatholwa ngezici ezikhethekile zedizayini ye-die. Kodwa-ke, njengoba i-aspect ratio ikhula, ukubekezelelana kwe-extrusion kuba sengozini. - Izinqamuleli Ezihlanganisiwe/Ezakhiwe: Amasinki amaningi okushisa apholile anomkhawulo wokuguquguquka, futhi ukusebenza okushisayo kukonke kwesinki wokushisa opholile kungase kuthuthukiswe kakhulu uma indawo engaphezulu ingavezwa emoyeni. Lawa masinki okushisa asebenza kahle asebenzisa i-epoxy egcwele i-aluminium esebenza ngokufudumeza ukuhlanganisa amaphiko epulaneti epuleti lesisekelo se-extrusion eligobile. Le nqubo ivumela isilinganiso esikhulu kakhulu se-fin height-to-gap sika-20 kuya ku-40, okwandisa kakhulu umthamo wokupholisa ngaphandle kokwandisa isidingo sevolumu. - Ukusakaza: Isihlabathi, i-wax elahlekile kanye nezinqubo zokuphonsa ze-aluminium noma zethusi / zethusi ziyatholakala ngosizo lwe-vacuum noma ngaphandle. Sisebenzisa lobu buchwepheshe ekwenzeni amasinki okushisa amaphinikhodi aqinile ahlinzeka ngokusebenza okuphezulu uma kusetshenziswa ukupholisa kwe-impingement. - Izinhlamvu ezigoqiwe: Ishidi likathayela lensimbi elivela ku-aluminium noma ithusi linyusa indawo engaphezulu kanye nokusebenza kwevolumu. Usinki wokushisa ube usunamathiselwa ku-base plate noma ngokuqondile endaweni yokushisisa nge-epoxy noma i-brazing. Ayiwafanele amasinki okushisa ephrofayili ephezulu ngenxa yokutholakala nokusebenza kahle kwe-fin. Ngakho-ke, ivumela amasinki okushisa asebenza kahle ukuthi enziwe. Ekukhetheni isinki sokushisa esifanelekile esihlangabezana nemibandela yokushisa edingekayo yezinhlelo zakho zokusebenza ze-microelectronics, sidinga ukuhlola amapharamitha ahlukahlukene angathinti kuphela ukusebenza kweziko lokushisa ngokwalo, kodwa nokusebenza kwesistimu kukonke. Ukukhethwa kohlobo oluthile losinki wokushisa kuma-microelectronic kuncike kakhulu kusabelomali esishisayo esivunyelwe kusinki sokushisa nezimo zangaphandle ezizungeze usinki wokushisa. Alikho inani elilodwa lokumelana nokushisa elinikezwe kusinki okushisa esinikeziwe, njengoba ukumelana nokushisa kuyahlukahluka nezimo zokupholisa zangaphandle. I-Sensor & Actuator Design and Fabrication: Kokubili i-off-shelf kanye nomklamo wangokwezifiso nokwenziwa kuyatholakala. Sinikeza izixazululo ezinezinqubo ezilungele ukusetshenziswa zezinzwa ze-inertial, izinzwa zengcindezi nezihlobene kanye namadivayisi enzwa ye-IR. Ngokusebenzisa amabhlogo ethu e-IP ama-accelerometer, i-IR nezinzwa zokucindezela noma ukusebenzisa idizayini yakho ngokuvumelana nezicaciso ezitholakalayo nemithetho yokuklama, singalethwa izinzwa ezisekelwe ku-MEMS zilethwe kuwe phakathi namaviki. Ngaphandle kwe-MEMS, ezinye izinhlobo zenzwa kanye nezinhlaka ze-actuator zingakhiwa. Idizayini nokwakhiwa kwamasekhethi e-Optoelectronic & photonic: Isekethe ehlanganisiwe yesithombe noma i-optical (PIC) iyidivayisi ehlanganisa imisebenzi eminingi yezithombe. Ingase ifane namasekethe ahlanganisiwe we-elekthronikhi kuma-microelectronics. Umehluko omkhulu phakathi kwalokhu okubili ukuthi isifunda esihlanganisiwe se-photonic sinikeza ukusebenza kwamasignali olwazi abekwe kumaza wamaza okukhanya ku-spectrum ebonakalayo noma eduze kwe-infrared 850 nm-1650 nm. Amasu okwakha ayafana nalawo asetshenziswa kumasekhethi ahlanganisiwe e-microelectronics lapho i-photolithography isetshenziselwa ukwenza iphethini yamawafa okunamathisela kanye nokubeka izinto ezibonakalayo. Ngokungafani ne-semiconductor microelectronics lapho idivayisi eyinhloko kuyi-transistor, alikho idivayisi eyodwa elawulayo ku-optoelectronics. Ama-Photonic chips afaka phakathi ama-waveguide e-interconnect okulahlekelwa okuphansi, izihlukanisi zamandla, izikhulisa-zwi ezibonakalayo, ama-optical modulators, izihlungi, ama-lasers kanye nezitholi. Lawa madivaysi adinga izinhlobonhlobo zezinto ezihlukene kanye namasu okwenza izinto ngakho-ke kunzima ukuzibona zonke ku-chip eyodwa. Izicelo zethu zamasekethe ahlanganisiwe ezithombe ikakhulukazi zisezindaweni zokuxhumana nge-fiber-optic, biomedical kanye ne-photonic computing. Ezinye zezibonelo zemikhiqizo ye-optoelectronic esingakuklama futhi sikwakhele yona ama-LED (I-Light Emitting Diode), amalaser e-diode, izamukeli ze-optoelectronic, ama-photodiode, amamojula webanga le-laser, amamojula e-laser enziwe ngokwezifiso nokunye. CLICK Product Finder-Locator Service IKHASI ELIDLULE

Seals - Fittings - Connections - Adaptors - Flanges for Pneumatics Hydraulics and Vacuum - AGS-TECH Inc. Ama-Seals & Fittings & Clamp & Connections & Adapters & Flanges & Quick Couplings Izingxenye ezibalulekile ezinhlelweni ze-pneumatic, hydraulic kanye ne-vacuum YI-SEALS, FITTINGS, CONNECTIONS, ADAPERS, QUICK COUPLINGS, CLAMPS, FLANGES. Ngokuya ngendawo yesicelo, izidingo zezindinganiso, kanye nejometri yendawo yesicelo kunezinhlobonhlobo eziningi zale mikhiqizo etholakala kalula esitokweni sethu. Ngakolunye uhlangothi, kumakhasimende anezidingo ezikhethekile kanye nezidingo siyizigxivizo zokukhiqiza ngokwezifiso, okokufakwayo, ukuxhumana, ama-adaptha, ama-clamp nama-flange kuwo wonke ama-pneumatics, ama-hydraulic kanye ne-vacuum engenzeka. Uma izingxenye ezingaphakathi kwesistimu ye-hydraulic zingadingeki ukuthi zisuswe, singavele siqine noma sishise ukuxhumana. Kodwa-ke, akunakugwenywa ukuthi uxhumo kufanele lwephulwe ukuvumela ukuseviswa nokushintshwa, ngakho okokufakwayo okususwayo nokuxhumana kuyisidingo samasistimu asebenzisa amanzi, umoya kanye ne-vacuum. Ukufakwa kuqinisa uketshezi ngaphakathi kwezinhlelo ezisebenza ngogesi ngendlela eyodwa kwezimbili: IZINTO ZONKE-ZEMETAL zincike ekuthinteni kwensimbi kuya kwensimbi, kuyilapho i-O-RING TYPE FITTINGS incike ekucindezeleni uphawu lwe-elastomeric. Kuzo zombili izimo, ukuqinisa izintambo phakathi kwama-halves okukhwelana okulingana noma phakathi kokulingana kanye nengxenye kuphoqa izindawo ezimbili zokukhwelana zihlangane ukuze zakhe uphawu lokucindezela okukhulu. IZINTO ZONKE-ZEMETALI: Imicu ekufakweni kwamapayipi iyacishwa futhi incike ekucindezelweni okukhiqizwa ngokuphoqa imicu ecijile yengxenye yesilisa yokufaka engxenyeni yowesifazane. Imicu yamapayipi ijwayele ukuvuza ngoba izwela i-torque. Ukuqinisa kakhulu ukufakwa kwensimbi yonke kuhlanekezela izintambo kakhulu futhi kudala indlela yokuvuza ezungeze izintambo zokufakwa. Izintambo zamapayipi ezifakwe kuzo zonke insimbi nazo zijwayele ukuxega uma zichayeke ekudlidlizeni kanye noguquko olubanzi lwezinga lokushisa. Imicu yepayipi kokufakwayo iyacishwa, ngakho-ke ukuhlanganisa okuphindaphindiwe nokuhlakazwa kwezinto ezifakelwe kubhebhethekisa izinkinga zokuvuza ngokuhlanekezela izintambo. Ukufakwa kohlobo lwe-Flare kuphakeme kunokufakwa kwamapayipi futhi cishe kuzohlala kuwumklamo okhethwayo osetshenziswa ezinhlelweni ezisebenza ngamanzi. Ukuqiniswa kwentongomane kudonsela okokufakwa ekugcineni kweshubhu, okuholela ekuvaleni okuhle phakathi kobuso beshubhu elivuthayo kanye nomzimba owufanele. Ukufakwa kwe-flare engu-37 degree yakhelwe ukusetshenziswa ngodonga oluncane kuya kogqinsi olumaphakathi ezinhlelweni ezinomfutho wokusebenza ofika ku-3,000 psi kanye namazinga okushisa asuka ku- -65 kuya ku-400 F. Ngenxa yokuthi amashubhu anodonga oluwugqinsi kunzima ukwakha ukukhiqiza ukuvuleka, ayinconywa ukuthi isetshenziswe ngokufakwa kwe-flare. Iminyene kakhulu kunezinye izinto eziningi futhi ingashintshwa kalula ibe yi-metric tubing. Itholakala kalula futhi ingenye eyonga kakhulu. Ukufakwa okungenamlilo, kancane kancane kuthola ukwamukelwa okubanzi, ngoba kudinga ukulungiswa okuncane kweshubhu. Ukufakwa okungaqhumeki kusingatha ukucindezela okumaphakathi kokusebenza koketshezi kufika ku-3,000 psi futhi kubekezelela ukudlidliza kunezinye izinhlobo zokufakwa kwensimbi yonke. Ukuqinisa inadi lokulinganisa emzimbeni kudonsela i-ferrule emzimbeni. Lokhu kucindezela i-ferrule ezungeze ishubhu, okubangela ukuthi i-ferrule ithinte, bese ingena endaweni engaphandle ye-tube, idale uphawu oluhle. Izinto ezifakwayo ezingenamlilo zidinga ukusetshenziswa ngamashubhu aphakathi nendawo noma anodonga oluwugqinsi. IZILUNGISELELO ZOKUFAKELWA KOHLOBO LWE-O-RING: Ukufakwa kusetshenziswa izindandatho ze-O ekuxhumekeni okungavuziki kuyaqhubeka nokwamukelwa abaklami bemishini. Izinhlobo ezintathu eziyisisekelo ziyatholakala: Okufakwayo kwe-SAE straight-ring O-ring boss, face seal noma flat-face O-ring (OFFOR) nokufakwa kwe-O-ring flange. Ukukhetha phakathi komphathi we-O-ring kanye nokufakwa kwe-FFOR kuvame ukuncika ezintweni ezifana nendawo efanelekile, ukucaciswa kwe-wrench...njll. Izixhumanisi ze-Flange ngokuvamile zisetshenziswa namashubhu anobubanzi obungaphandle obukhulu kuno-7/8-intshi noma izinhlelo zokusebenza ezibandakanya izingcindezi eziphezulu kakhulu. Ukufakwa kwe-O-ring boss kubeka i-O-ring phakathi kwentambo namaflethi e-wrench azungeze ububanzi obungaphandle (OD) bengxenye yesilisa yesixhumi. Isivalo esiqinile esingavuzi sakhiwa ngokumelene nesihlalo esinomshini ethekwini labesifazane. Kunamaqembu amabili okufakwa komphathi we-O-ring: ukufakwa okulungisekayo nokungalungiseki. Ukufakwa kwe-O-ring boss okungalungiseki noma okungalawuleki kuhlanganisa amapulaki nezixhumi. Lezi zivele zijijwe embobeni, futhi akukho ukuqondanisa okudingekayo. Ukufakwa okulungisekayo ngakolunye uhlangothi, okufana nezindololwane nama tee, kudinga ukuqondiswa endaweni ethile. Umehluko oyisisekelo wokuklama phakathi kwezinhlobo ezimbili zokufakwa komphathi we-O-ring wukuthi amapulagi nezixhumi azinawo ama-locknuts futhi awadingi iwasha eyisipele ukuze kuvalwe kahle ukujoyina. Zincike endaweni yazo ene-annular evulekile ukuze zisunduze indandatho ye-O endaweni yotywino ecijile yechweba futhi zicindezele indandatho ye-O ukuze ivale uxhumano. Ngakolunye uhlangothi, ukufakwa okulungisekayo kugoqwa elungeni lokukhwelana, kuqondiswe lapho kudingekile, futhi kukhiyelwe endaweni lapho i-locknut iqiniswa. Ukuqinisa i-locknut kuphinde kuphoqe iwasha eyisipele esithunjiwe ukuthi ingene kuyi-O-ring, eyenza uphawu olungavuzi. Ukuhlangana kuhlala kubikezelwa, ochwepheshe badinga kuphela ukuqinisekisa ukuthi iwasha eyisipele ihlezi ngokuqinile endaweni yobuso bechweba lapho ukuhlanganisa kuqedwa nokuthi iqiniswe kahle. Ukufakwa kwe-FFOR kwakha uphawu phakathi kwendawo eyisicaba neqediwe engxenyeni yesifazane kanye nendandatho ye-O ebanjwe endaweni eyindilinga engxenyeni yesilisa. Ukuphendulela inadi elicushiwe elithunjiwe engxenyeni yesifazane kudonsa amahhafu amabili ndawonye ngenkathi kucindezela i-O-ring. Ukufakwa ngezimpawu ze-O-ring kunikeza izinzuzo ezithile ngaphezu kokufakwa kwensimbi kuya kwensimbi. Ukufakwa kwe-all-metal kulula kakhulu ukuvuza ngenxa yokuthi kufanele kuqiniswe phakathi kwebanga le-torque eliphakeme kakhulu, kodwa elincanyana. Lokhu kwenza kube lula ukuhlubula izintambo noma ukuqhekeka noma ukuhlanekezela izingxenye ezifayo, okuvimbela ukuvaleka okufanele. I-rubber-to-metal seal ekufakweni kwe-O-ring ayihlanekezeli noma yiziphi izingxenye zensimbi futhi inikeza ukuzwa eminweni yethu uma uxhumano luqinile. Ukufakwa kwensimbi yonke kuyaqina kancane kancane, ngakho ochwepheshe bangase bakuthole kunzima kakhulu ukuthola lapho uxhumo luqinile ngokwanele kodwa lungaqinile kakhulu. Okubi ukuthi ukufakwa kwe-O-ring kubiza kakhulu kunokufakwa kwensimbi yonke, futhi kufanele kuqashelwe ngesikhathi sokufakwa ukuze kuqinisekiswe ukuthi i-O-ring ayiwa noma yonakale lapho ama-assemblies exhunywa. Ngaphezu kwalokho, ama-O-ring awashintsheki kukho konke ukuhlanganisa. Ukukhetha i-O-ring engalungile noma ukusebenzisa kabusha elonakele noma elimele kungase kubangele ukuvuza kokufakwayo. Uma i-O-ring isisetshenzisiwe ekulinganisweni, ayiphinde isetshenziswe, nakuba ingase ibonakale ingenakho ukuhlanekezela. I-FLANGES: Sinikeza ama-flange ngawodwana noma njengesethi ephelele yezinhlelo zokusebenza eziningi ngebanga losayizi nezinhlobo. Amasheya agcinwa ama-Flanges, ama-Counter-flanges, ama-flange angama-90 degree, ama-Split flanges, ama-Flange anezintambo. Ukufakwa kwamashubhu amakhulu kuno-1-in. I-OD kufanele iqiniswe ngama-hexnuts amakhulu adinga isikrufu esikhulu ukuze kufakwe i-torque eyanele ukuze kuqiniswe okokufaka kahle. Ukuze kufakwe izinto ezinkulu ezinjalo, isikhala esidingekayo sidinga ukunikezwa izisebenzi zokushwiba ama-wrenches amakhulu. Amandla esisebenzi nokukhathala kungase kuthinte ukuhlangana okufanele. Izandiso ze-wrench zingadingeka ukuze abanye abasebenzi basebenzise inani elisebenzayo letorque. Ukufakwa kwe-Split-flange kuyatholakala ukuze banqobe lezi zinkinga. Ukufakwa kwe-split-flange kusebenzisa i-O-ring ukuvala ilunga futhi kuqukethe uketshezi olucindezelwe. I-Elastomeric O-ring ihlala esikhaleni ku-flange futhi ihlangana nendawo eyisicaba ethekwini - ilungiselelo elifana ne-FFOR fitting. I-O-ring flange inamathiselwe embobeni kusetshenziswa amabhawodi amane afakwayo aqinisa phansi kuma-clamp e-flange. Lokhu kuqeda isidingo sama-wrenches amakhulu lapho uxhuma izingxenye ezinobubanzi obukhulu. Uma ufaka ukuxhumana kwe-flange, kubalulekile ukufaka ngisho ne-torque kumabhawodi amane e-flange ukuze ugweme ukudala igebe lapho i-O-ring ingaphuma ngaphansi kwengcindezi ephezulu. Ukufakwa kwe-split-flange ngokuvamile kuhlanganisa izakhi ezine: ikhanda elivulekile elixhunywe unomphela (ngokuvamile elishiselwe noma elishiswe ngensimbi) eshubhuni, i-O-ring engena emgodini owenziwe ngomshini ekugcineni kwe-flange, kanye nama-halves amabili okubambana amabhawodi afanele ukuxhuma umhlangano we-split-flange endaweni yokukhwelana. Ama-halves okubamba awahlanganisi izindawo zokukhwelana. Umsebenzi obalulekile ngesikhathi sokuhlanganisa i-split-flange efanelana nendawo yayo yokukhwelana ukwenza isiqiniseko sokuthi amabhawodi amane okubopha aqiniswa kancane kancane futhi ngokulinganayo ephethinini ephambanayo. AMA-CLAMPS: Izinhlobonhlobo zezixazululo zokubopha zepayipi neshubhu ziyatholakala, ezinobuso obungaphakathi obunephrofayili noma obushelelezi ngebanga elibanzi losayizi. Zonke izingxenye ezidingekayo zingahlinzekwa ngokuya ngohlelo oluthile oluhlanganisa, imihlathi ye-Clamp, ama-Bolts, ama-stacking bolts, amapuleti we-Weld, amapuleti aphezulu, umzila wesitimela. Izinsimbi zethu ezisebenza nge-hydraulic kanye ne-pneumatic zinika amandla ukufakwa okusebenza kahle, okuholela ekuhlelweni kwamapayipi ahlanzekile, okudlidliza okusebenzayo kanye nokunciphisa umsindo. Imikhiqizo ye-AGS-TECH ye-hydraulic kanye ne-pneumatic clamping iqinisekisa ukuphindaphinda kokubopha kanye namandla okubamba angaguquki ukuze kugwenywe ukunyakaza kwengxenye nokuphuka kwamathuluzi. Sigcina izinhlobonhlobo zezingxenye zokubopha (intshi kanye nemethrikhi), ukunemba okungu-7 MPa (amabha angu-70) amasistimu okubamba amanzi angaphansi komhlaba kanye namadivayisi okubamba umoya wezinga lochwepheshe. Imikhiqizo yethu ye-hydraulic clamping ikalwe ngengcindezi yokusebenza ye-psi engu-5,000 engabamba ngokuvikelekile izingxenye ezinhlelweni eziningi ezisukela ezimotweni kuye ekushiseleni, futhi kusukela kubathengi kuya ezimakethe zezimboni. Ukukhetha kwethu amasistimu okubamba umoya we-pneumatic kuhlinzeka ngokubamba okuqhutshwa komoya ezindaweni zokukhiqiza okuphezulu kanye nezinhlelo zokusebenza ezidinga amandla okubamba angaguquki. Ama-clamp we-pneumatic asetshenziselwa ukubamba kanye nokulungiswa ekuhlanganiseni, ekukhiqizeni imishini, ekukhiqizeni amapulasitiki, e-automation kanye nezinhlelo zokushisela. Singakusiza ukuthi unqume izixazululo zokubamba umsebenzi ngokusekelwe kusayizi wengxenye yakho, inani lamandla okubamba adingekayo nezinye izici. Njengomkhiqizi wangokwezifiso ohluke kakhulu emhlabeni, uzakwethu okhipha umsebenzi kanye nesididiyeli sobunjiniyela, singakuklama futhi sikukhiqizele izinsimbi zomoya kanye ne-hydraulic. AMA-ADAPTERS: I-AGS-TECH inikeza ama-adaptha ahlinzeka ngezixazululo zamahhala ezivuzayo. Ama-adaptha afaka i-hydraulic, i-pneumatic & instrumentation. Ama-adaptha ethu akhiwe ukuze ahlangabezane noma adlule izimfuneko zezindinganiso zezimboni ze-SAE, ISO, DIN, DOT kanye ne-JIS. Izinhlobonhlobo zezitayela ze-adaptha ziyatholakala ezihlanganisa: Ama-adaptha e-Swivel, Ama-adaptha epayipi lensimbi ne-Stainless Steel kanye nokufakwa kwezimboni, ama-adaptha epayipi le-Brass, okokufaka kwe-Brass kanye ne-Plastiki yezimboni, ama-Adapter Okuhlanzeka Okuphezulu kanye Nezinqubo, Ama-Angled Flare Adapter. UKUXHUMANA OKUSHESHAYO: Sinikeza ukuxhuma okusheshayo / ukunqamula ama-couplings wezinhlelo zokusebenza ze-hydraulic, pneumatic kanye nezokwelapha. Ama-couplings anqamula ngokushesha asetshenziselwa ukuxhuma nokunqamula imigqa ye-hydraulic noma ye-pneumatic ngokushesha futhi kalula ngaphandle kokusebenzisa noma yimaphi amathuluzi. Amamodeli ahlukahlukene ayatholakala: Ama-couplings angachitheki futhi avale kabili, Xhuma ngaphansi kwengcindezi ama-couplings asheshayo, ama-Thermoplastic asheshayo ama-couplings, Ama-couplings asheshayo echweba lokuhlola, ama-coupling asheshayo ezolimo,….nokunye okwengeziwe. IZIMPAWU: Izigxivizo ze-hydraulic kanye ne-pneumatic ziklanyelwe ukunyakaza okuphindaphindayo okuvamile ekusetshenzisweni kwe-hydraulic kanye ne-pneumatic, njengamasilinda. Izimpawu ze-Hydraulic kanye ne-pneumatic zihlanganisa ama-Piston seal, ama-Rod seal, ama-U-cups, i-Vee, i-Cup, i-W, i-Piston, i-Flange packings. Ama-Hydraulic seals aklanyelwe izinhlelo zokusebenza eziguquguqukayo ezinomfutho ophezulu onjengamasilinda asebenza nge-hydraulic. Izigxivizo ze-pneumatic zisetshenziswa kumasilinda womoya kanye nama-valve futhi ngokuvamile zenzelwe ukucindezela okuphansi kokusebenza uma kuqhathaniswa nezimpawu ze-hydraulic. Izinhlelo zokusebenza ze-pneumatic zidinga isivinini esingaphezulu nokho sokusebenza okuphezulu kanye nezigxivizo eziphansi zokungqubuzana uma kuqhathaniswa nezinhlelo zokusebenza zamanzi. Izigxivizo zingasetshenziselwa ukunyakaza okujikelezayo nokuphindaphindayo. Amanye ama-hydraulic seal kanye ne-pneumatic seals ayinhlanganisela futhi anezingxenye ezimbili noma eziningi ezakhiwe njengeyunithi ebalulekile. Isigxivizo esijwayelekile esiyinhlanganisela siqukethe iringi ye-PTFE ebalulekile kanye neringi ye-elastomer, ehlinzeka ngezici zeringi ye-elastomeric enobuso obusebenzayo obuqinile, obuphansi (PTFE). Izimpawu zethu zingaba nezinhlobonhlobo zezigaba ezihlukene. Ukuma kokuvala okujwayelekile kanye nezikhombisi-ndlela ze-hydraulic kanye ne-pneumatic seal zihlanganisa 1.) Izinsimbi ze-Rod eziyi-radial seal. Isigxivizo sicindezelwa-singene kubhore yezindlu lapho udebe oluvalayo luthinta shaft. Futhi kubizwa ngokuthi i-shaft seal. 2.) Ama-piston seal angama-radial seal. Isigxivizo singena ku-shaft enodebe oluvalayo oluthinta ibhore lendlu. Izindandatho ze-V zibhekwa njengezimpawu zomlomo wangaphandle, i-3.) Izimpawu ze-Symmetric ziyi-symmetrical futhi zisebenza ngokulinganayo njengenduku noma uphawu lwe-piston, 4.) I-axial seal ivala i-axially ngokumelene nendlu noma ingxenye yomshini. Isiqondiso sokuvala sihambisana nezimpawu ze-hydraulic kanye ne-pneumatic ezisetshenziswa ezinhlelweni ezinokunyakaza kwe-axial, njengamasilinda namapiston. Isenzo singaba esisodwa noma kabili. Ama-Single acting, noma ama-unidirectional seal, anikeza uphawu olusebenzayo endaweni eyodwa ye-axial kuphela, kuyilapho ama-double acting, noma ama-bi-directional seal, asebenza kahle uma kuvalwa kuzo zombili izinkomba. Ukuze uvale kuzo zombili izinkomba zokunyakaza okuhambisanayo, kufanele kusetshenziswe uphawu olungaphezu kolulodwa. Izici zezimpawu ze-hydraulic kanye ne-pneumatic zifaka ukulayishwa kwentwasahlobo, i-wiper ebalulekile, ne-split seal. Ezinye izilinganiso ezibalulekile okufanele zicatshangelwe lapho ucacisa izimpawu ze-hydraulic kanye ne-pneumatic yilezi: • I-shaft diameter yangaphandle noma vala i-diameter yangaphakathi • I-diameter ye-bore yezindlu noma i-diameter yangaphandle • I-axial cross section noma ukujiya • I-radial cross section Imingcele yesevisi ebalulekile okufanele icatshangelwe lapho uthenga izigxivizo yilezi: • Isivinini esikhulu sokusebenza • Ingcindezi yokusebenza ephezulu • Isilinganiso se-vacuum • Izinga lokushisa lokusebenza Izinketho zezinto ezibonakalayo ezidumile zezinto zokuvala irabha zama-hydraulic kanye ne-pneumatics zihlanganisa: • I-Ethylene Acrylic • Irabha ye-EDPM • I-Fluoroelastomer ne-Fluorosilicone • I-Nitrile • Inayiloni noma iPolyamide • I-Polychloroprene • I-Polyoxymethylene • I-Polytetrafluoroethylene (PTFE) • I-polyurethane / Urethane • Irabha Yemvelo Ezinye izinketho ze-seal material yilezi: • I-Sintered Bronze • Insimbi engagqwali • Insimbi • Ngezwa • Isikhumba Amazinga ahlobene nezimpawu yilawa: I-BS 6241 - Ukucaciswa kobukhulu bezindlu zezimpawu ze-hydraulic ezihlanganisa izindandatho eziveza izinhlelo zokusebenza eziphindaphindayo I-ISO 7632 Izimoto zomgwaqo - Izimpawu ze-elastomeric I-GOST 14896 - Izimpawu ze-Rubber U-packing zamadivayisi we-hydraulic Ungadawuniloda izincwajana zomkhiqizo ezifanele kuzixhumanisi ezingezansi: I-Pneumatic Fittings I-Pneumatic Air Tubing Connectors Ama-adaptha Ama-Couplings Ama-Splitters Nezesekeli Ulwazi ngesikhungo sethu esikhiqiza i-ceramic kuya kokufakwa kwensimbi, ukuvalwa kwe-hermetic, i-vacuum feedthroughs, i-vacuum ephezulu nephezulu kanye nezingxenye zokulawula uketshezi ingatholakala lapha: Ibhukwana le-Fluid Control Factory CLICK Product Finder-Locator Service IKHASI ELIDLULE

Computer Storage Devices - Disk Array - NAS Array - Storage Area Network - SAN - Utility Storage Arrays - AGS-TECH Inc. Amadivayisi Esitoreji, Ama-Disk Arrays kanye Nezinhlelo Zokugcina, SAN, NAS A STORAGE DEVICE or also known as STORAGE MEDIUM is any computing hardware that is used for storing, porting and extracting amafayela wedatha nezinto. Amadivayisi esitoreji angabamba futhi agcine ulwazi okwesikhashana futhi unomphela. Zingaba ngaphakathi noma ngaphandle kukhompuyutha, kuseva noma kunoma iyiphi idivayisi yekhompyutha efanayo. Ukugxila kwethu ku DISK ARRAY okuyinto yehadiwe equkethe iqembu elikhulu lama-hard disk drive (HDD). Ama-disk arraray angase aqukathe amathreyi e-disk drive amaningana futhi abe nezakhiwo ezithuthukisa isivinini kanye nokwandisa ukuvikeleka kwedatha. Isilawuli sesitoreji sisebenzisa isistimu, ehlanganisa umsebenzi ngaphakathi kweyunithi. Ama-disk array awumgogodla wezindawo zesimanje zokugcina zokuxhumana. I-disk array ithi a DISK STORAGE SYSTEM equkethe amadrayivu ediski amaningi futhi ihlukanise11imemori ye-cacc 5 ethuthukisiwe ne-5 enclosure 8 idiski ethuthukisiwe. 3194-bb3b-136bad5cf58d_RAID kanye nokwenza ngokoqobo. I-RAID imele i-Redundant Array of Inexpensive (noma Independent) Disks futhi isebenzisa amadrayivu amabili noma ngaphezulu ukuze kuthuthukiswe ukusebenza nokubekezelela amaphutha. I-RAID inika amandla ukugcinwa kwedatha ezindaweni eziningi ukuze kuvikelwe idatha ekonakaleni futhi inikeze abasebenzisi ngokushesha. Ukuze ukhethe Idivayisi efanelekile Yesitoreji Sebanga Lemboni yephrojekthi yakho, sicela uye esitolo sethu samakhompyutha sezimboni NGOKUCHOFOZA LAPHA. Dawuniloda incwajana yethu KALA UHLELO LOKUBAMBISANA Izingxenye zohlelo olujwayelekile lwediski zifaka: Izilawuli ze-Disk array Izinkumbulo zenqolobane Izivalo zediski Izimpahla zamandla Ngokuvamile ama-disk array ahlinzeka ngokutholakala okukhuphukile, ukuqina kanye nokugcinwa ngokusetshenziswa kwezingxenye ezengeziwe, ezingasasebenzi njengezilawuli, izinsiza zamandla, amafeni, njll., ngezinga lokuthi wonke amaphuzu awodwa okwehluleka akhishwe ekwakhiweni. Lezi zingxenye isikhathi esiningi ziyashintshashintsha. Ngokuvamile, ama-disk array ahlukaniswe ngezigaba: I-NETWORK ATTACHED STORAGE (NAS) ARRAYS : I-NAS iyidivayisi yokugcina ifayela ezinikele ehlinzeka abasebenzisi benethiwekhi yendawo (LAN) ngesitoreji sediski esimaphakathi, esihlanganisiwe ngoxhumano olujwayelekile lwe-Ethernet. Idivayisi ngayinye ye-NAS ixhunywe ku-LAN njengedivayisi yenethiwekhi ezimele futhi yabelwe ikheli le-IP. Inzuzo yayo eyinhloko ukuthi isitoreji senethiwekhi asikhawulelwe kumthamo wokugcina wedivayisi yekhompyutha noma inombolo yamadiski kuseva yendawo. Imikhiqizo ye-NAS ngokuvamile ingabamba amadiski anele ukusekela i-RAID, futhi izinto zikagesi eziningi ze-NAS zinganamathiselwa kunethiwekhi ukuze kunwetshwe isitoreji. INETWORK YENDAWO YOKUGCINA (SAN) ARRAYS : Aqukethe uhlu olulodwa lwediski olulodwa noma ngaphezulu olusebenza njengendawo yokugcina idatha ehanjiswa ngaphakathi nangaphandle kwe-SAN. Amalungu afanayo esitoreji axhumeka kungqimba lwendwangu ngamakhebuli agijima esuka kumadivayisi akusendlalelo sendwangu ukuya kuma-GBIC kuzimbobo ohlwini. Kukhona ikakhulukazi izinhlobo ezimbili zenethiwekhi yendawo yokugcina, okuyimodular ama-SAN array kanye ne-monolithic SAN arrays. Zombili zisebenzisa imemori yekhompyutha eyakhelwe ngaphakathi ukusheshisa kanye nokufinyelela kwenqolobane kumadrayivu ediski ahamba kancane. Lezi zinhlobo ezimbili zisebenzisa inqolobane yememori ngokuhlukile. Amalungu afanayo e-Monolithic ngokuvamile anenkumbulo yenqolobane eyengeziwe uma kuqhathaniswa namalungu afanayo e-modular. 1.) MODULAR SAN ARRAYS : Lezi zinokuxhunywa kwembobo okumbalwa, zigcina idatha encane yamaseva futhi ixhumeka kumaseva amancane ambalwa. Benza ukuthi umsebenzisi ofana nezinkampani ezincane akwazi ukuqala kancane ngamadrayivu ediski ambalwa futhi andise inombolo njengoba izidingo zokulondoloza zikhula. Anamashalofu okubamba amadrayivu ediski. Uma ixhunywe kumaseva ambalwa kuphela, ama-modular SAN array angashesha kakhulu futhi anikeze izinkampani ukuguquguquka. Ama-Modular array e-SAN angena kumarack ajwayelekile angu-19”. Ngokuvamile zisebenzisa izilawuli ezimbili ezinememori yenqolobane ehlukene endaweni ngayinye futhi zifanekisela inqolobane phakathi kwezilawuli ukuvimbela ukulahleka kwedatha. 2.) MONOLITHIC SAN ARRAYS : Lawa amaqoqo amakhulu amadrayivu ediski ezikhungweni zedatha. Angagcina idatha eyengeziwe kakhulu uma kuqhathaniswa nezinhlaka ezifanayo ze-SAN futhi ngokuvamile axhume kuma-mainframes. Amalungu afanayo e-Monolithic SAN anezilawuli eziningi ezingabelana ngokufinyelela okuqondile kunqolobane yememori yomhlaba wonke esheshayo. Amalungu afanayo e-Monolithic ngokuvamile anezimbobo ezibonakalayo ezengeziwe ukuze axhumeke kumanethiwekhi wendawo yokugcina. Ngakho amaseva engeziwe angasebenzisa amalungu afanayo. Ngokujwayelekile ama-monolithic array abaluleke kakhulu futhi anokwesekwa okuphakeme okwakhelwe ngaphakathi nokuthembeka. UKUSETSHENZISWA KWESITOREJI ARRAYS : Kumodeli yesevisi yesitoreji esisetshenziswayo, umhlinzeki unikeza umthamo wesitoreji kubantu ngabanye noma izinhlangano ngesisekelo sokukhokha ngakunye. Le modeli yesevisi ibizwa nangokuthi isitoreji lapho kudingeka khona. Lokhu kusiza ukusetshenziswa kahle kwezinsiza futhi kunciphisa izindleko. Lokhu kungabiza kakhulu ezinkampanini ngokususa isidingo sokuthenga, ukuphatha kanye nokugcina ingqalasizinda ehlangabezana nezidingo eziphezulu ezingaba ngaphezu kwemikhawulo edingekayo yamandla. I-STORAGE VIRTUALIZATION : Lokhu kusebenzisa i-virtualization ukunika amandla ukusebenza okungcono nezici ezithuthuke kakhulu ezinhlelweni zokugcina idatha yekhompyutha. I-Virtualization yesitoreji ukuhlanganisa okusobala kwedatha kusuka kuhlobo olufanayo noma ezinhlotsheni ezahlukahlukene zamadivayisi wesitoreji kulokho okubonakala kuyidivayisi eyodwa ephethwe kusuka kukhonsoli emaphakathi. Isiza abaphathi besitoreji ukuthi benze ikhophi yasenqolobaneni, bagcine kungobo yomlando kanye nokuthola kalula kalula nangokushesha ngokunqoba inkimbinkimbi yenethiwekhi yendawo yokugcina (i-SAN). Lokhu kungafezwa ngokusebenzisa i-virtualization ngezinhlelo zesofthiwe noma ngokusebenzisa i-hardware ne-software hybrid appliances. CLICK Product Finder-Locator Service IKHASI ELIDLULE

Power & Energy Components and Systems Power Supply - Wind Generator - Hydro Turbine - Solar Module Assembly - Rechargeable Battery - AGS-TECH Izingxenye Zamandla Kagesi Namandla kanye Nokukhiqiza Amasistimu kanye Nokuhlanganisa Izinsiza ze-AGS-TECH: • Izimpahla zikagesi ezenziwe ngokwezifiso (ezokuxhumana, amandla ezimboni, ucwaningo). Singase siguqule izinsiza zethu zamandla ezikhona, ama-transformer ukuze ahlangabezane nezidingo zakho noma singaklama, senze futhi sihlanganise izinsiza zikagesi ngokwezidingo nezimfuneko zakho. Kokubili inxeba lezintambo kanye namandla kagesi wesimo esiqinile ayatholakala. I-transformer yangokwezifiso kanye nomklamo wezindlu wokuphakela amandla ovela kunsimbi kanye nezinto zohlobo lwe-polymer kuyatholakala. Siphinde sinikeze amalebula ngokwezifiso, ukupakisha futhi sithole ukuthobela kwe-UL, CE Mark, FCC uma ucela. • Amajeneretha aphehla amandla omoya ukuze akhiqize amandla ahlukile futhi afake ugesi azimele yedwa amathuluzi akude, izindawo zokuhlala, izakhiwo zezimboni nokunye. Amandla omoya angenye yezindlela ezidume kakhulu zamandla ahlukile ezifundeni zendawo lapho umoya umningi futhi unamandla. Amajeneretha omoya angaba yinoma yimuphi usayizi, kusukela kumajeneretha amancane ophahleni kuya kumaturbine amakhulu omoya anganika amandla kuzo zonke izindawo zokuhlala noma zezimboni. Amandla akhiqizwayo ngokuvamile agcinwa kumabhethri anika amandla indawo yakho. Uma amandla engeziwe adaliwe, angathengiswa abuyiselwe kugridi yamandla (inethiwekhi). Kwesinye isikhathi abakhiqizi bamandla omoya bayakwazi ukukunikeza ingxenye yamandla akho, kodwa kusaholela ekongeni okubalulekile kubhili kagesi ngokuhamba kwesikhathi. Abakhiqizi bamandla omoya bangakhokha izindleko zabo zokutshala imali phakathi neminyaka embalwa. • Amaseli namandla elanga namaphaneli (aguquguqukayo futhi aqinile). Ucwaningo lusaqhubeka ngamaseli elanga afuthwayo. Amandla elanga angenye yezindlela ezidume kakhulu zamandla ahlukile ezifundeni zezwe lapho ukukhanya kwelanga kuningi futhi kunamandla. Amaphaneli wamandla elanga angaba yinoma imuphi usayizi, kusukela kumaphaneli asayizi wekhompuyutha yekhompuyutha amancane kuya kumaphaneli amakhulu ophahleni olugudlukile anganika amandla kuzo zonke izindawo zokuhlala noma zezimboni. Amandla akhiqizwayo ngokuvamile agcinwa kumabhethri anika amandla indawo yakho. Uma amandla engeziwe edalwa, angathengiswa abuyiselwe kunethiwekhi. Kwesinye isikhathi amaphaneli wamandla elanga ayakwazi ukukunikeza ingxenye yamandla akho, kodwa njengamajeneretha wamandla omoya kusaphumela ekongeni okubalulekile kubhili kagesi esikhathini eside. Namuhla, izindleko zamapaneli we-solar energy sezifinyelele emazingeni aphansi okwenza kube lula ngisho nasezindaweni lapho amazinga aphansi e-solar irradiation ekhona. Futhi sicela ukhumbule ukuthi emiphakathini eminingi, omasipala kulo lonke elase-USA, Canada kanye ne-EU kunezinxephezelo zikahulumeni kanye noxhaso lwamaphrojekthi ahlukile wamandla. Singakusiza ngemininingwane yalokhu, ukuze uthole ingxenye yemali oyitshalile ubuye kumasipala noma kuziphathimandla zikahulumeni. • Siphinde sihlinzeke ngamabhethri aphinde ashajwe anempilo ende. Sinikeza amabhethri enziwe ngokwezifiso namashaja ebhethri uma ngabe uhlelo lwakho lokusebenza ludinga okuthile okungavamile. Amanye amaklayenti ethu anemikhiqizo emisha emakethe futhi afuna ukwenza isiqiniseko sokuthi amakhasimende awo athenga izingxenye ezishintshayo kuhlanganise namabhethri kuwo. Kulezi zimo idizayini entsha yebhethri ingaqinisekisa ukuthi ungenisa njalo imali ngokuthengiswa kwebhethri, ngoba kuzoba umklamo wakho futhi alikho elinye ibhethri elingekho eshalofini elizongena emkhiqizweni wakho. Amabhethri e-lithium ion asedumile kulezi zinsuku embonini yezimoto nezinye. Impumelelo yezimoto zikagesi incike kakhulu kumabhethri. Amabhethri asezingeni eliphezulu azozuza ukubaluleka okukhulu njengoba inkinga yamandla asuselwa ku-hydrocarbon ijula. Ukuthuthukiswa kweminye imithombo yamandla njengomoya kanye nelanga kungamanye amandla okushayela akhulisa isidingo samabhethri aphinde ashajwe. Amandla atholakala kwezinye izinsiza zamandla kudingeka agcinwe ukuze asetshenziswe lapho kudingeka. Ikhathalogi Yezinsiza Zokuhlinzeka Ngemodeli ye-WEHO Ama-Soft Ferrites - Ama-Cores - Ama-Toroids - Imikhiqizo Yokucindezela kwe-EMI - Ibhukwana le-RFID Transponders kanye Nezesekeli Dawuniloda incwajana yethu KALA UHLELO LOKUBAMBISANA Uma unentshisekelo kweminye imikhiqizo yethu yamandla avuselelekayo, sikumema ukuthi uvakashele isayithi lethu lamandla avuselelekayo http://www.ags-energy.com Uma futhi unentshisekelo kumakhono ethu obunjiniyela nokucwaninga nokuthuthukiswa sicela uvakashele isayithi lethu lobunjiniyela http://www.ags-engineering.com CLICK Product Finder-Locator Service IKHASI ELIDLULE

Functional & Decorative Coatings, Thin Film, Thick Films, Antireflective and Reflective Mirror Coating - AGS-TECH Inc. Izingubo Ezisebenzayo / Izingubo Zokuhlobisa / Ifilimu Encane / Ifilimu Eminyene I-A COATING isembozo esisetshenziswa phezu kwento. Coatings can be in the form of THIN FILM (less than 1 micron thick) or THICK FILM ( ngaphezu kwe-micron engu-1 ubukhulu). Kususelwa kunhloso yokusebenzisa ukunamathela singakunikeza yona Kwesinye isikhathi sisebenzisa izimbotshana ezisebenzayo ukuze siguqule izici ezingaphezulu ze-substrate, njengokunamathela, ukumanzi, ukumelana nokugqwala, noma ukumelana nokugqoka. Kwezinye izimo njengasekwenziweni kwedivayisi ye-semiconductor, sisebenzisa izimbotshana ezisebenzayo ukwengeza indawo entsha ngokuphelele efana nokuzibuthe noma ukuqhutshwa kukagesi okuba yingxenye ebalulekile yomkhiqizo oqediwe. Ezethu ezidume kakhulu FUNCTIONAL COATINGS zi: I-Adhesive Coatings: Izibonelo tape yokunamathisela, indwangu yensimbi. Okunye ukunamathela okunamathelayo okusebenzayo kusetshenziselwa ukushintsha izakhiwo zokunamathela, njengamapani okupheka ahlanganiswe ne-PTFE angagxili, ama-primer akhuthaza ukunamathela okulandelayo ukuthi kubambelele kahle. I-Tribological Coatings: Lezi zingubo ezisebenzayo zihlobene nezimiso zokungqubuzana, ukuthambisa nokuguga. Noma yimuphi umkhiqizo lapho into eyodwa islayida noma ihlikihla phezu komunye ithintwa ukusebenzisana okuyinkimbinkimbi kwe-tribological. Imikhiqizo efana nezifakwa okhalweni nezinye izitho zokwenziwa zigcotshwa ngezindlela ezithile kanti eminye imikhiqizo ayigcotshisiwe njengasezintweni ezishelelayo ezisezingeni lokushisa eliphezulu lapho okokugcoba okujwayelekile kungakwazi ukusetshenziswa. Ukwakheka kwezingqimba ze-oxide ezihlangene kufakazelwe ukuthi zivikela ukuguga kwezingxenye zomshini ezishelelayo. Izembatho ezisebenzayo ze-Tribological zinezinzuzo ezinkulu embonini, ukunciphisa ukuguga kwezakhi zomshini, ukunciphisa ukuguga nokuguquguquka kumathuluzi okukhiqiza afana nama-dies and molds, ukunciphisa izidingo zamandla nokwenza imishini nemishini isebenzise amandla kakhudlwana. I-Optical Coatings: Izibonelo ama-Anti-reflective (AR), ama-reflective coatings ezibuko, ama-UV amuncayo ukuze avikele amehlo noma okukhulisa ukuphila kwe-substrate, ukuthayela okusetshenziswa kwezinye izibani ezinemibala, ukucwebezela okugqamile nezibuko zelanga. I-Catalytic Coatings njengoba isetshenziswe engilazini yokuzihlanza. I-Light-Sensitive Coatings esetshenziselwa ukwenza imikhiqizo efana namafilimu ezithombe Izingubo Zokuzivikela: Opende bangabhekwa njengokuvikela imikhiqizo ngaphandle kokuhlobisa ngenhloso. Izembatho eziqinile zokulwa nokuklwebheka kumapulasitiki nezinye izinto ezisetshenziswayo zingenye yezingubo zethu ezisebenza kakhulu ezisetshenziswa kakhulu ukunciphisa ukunwaya, ukuthuthukisa ukumelana nokugqokwa, ... njll. Izingubo zokulwa nokugqwala ezifana ne-plating nazo zithandwa kakhulu. Ezinye izinto ezivikelayo ezisebenzayo zifakwa phezu kwendwangu engangeni manzi kanye nephepha, izimbotshana ezilwa namagciwane kumathuluzi okuhlinza kanye nezifakelo. I-Hydrophilic / Hydrophobic Coatings: Ukumanzisa (i-hydrophilic) kanye ne-unwetting (i-hydrophobic) amafilimu asebenzayo azacile nawugqinsi abalulekile ezisetshenziswa lapho ukumuncwa kwamanzi kufiswa khona noma kungafunwa. Ngokusebenzisa ubuchwepheshe obuthuthukisiwe singashintsha izindawo ezingaphezulu zomkhiqizo wakho, ukuzenza zibe manzi noma zingamanzisi kalula. Izicelo ezijwayelekile ziyizindwangu, okokugqoka, amabhuzu esikhumba, imithi noma imikhiqizo yokuhlinza. Imvelo ye-hydrophilic ibhekisela endaweni ebonakalayo ye-molecule engakwazi ukuhlangana okwesikhashana namanzi (H2O) ngokusebenzisa i-hydrogen bonding. Lokhu kuvumelana ne-thermodynamically, futhi kwenza la ma-molecule angancibiliki emanzini kuphela, kodwa nakwezinye izincibilikisi ze-polar. Ama-molecule e-Hydrophilic kanye ne-hydrophobic ayaziwa nangokuthi ama-molecule e-polar nama-nonpolar, ngokulandelana. I-Magnetic Coatings: Lezi zimbobo ezisebenzayo zengeza izici kazibuthe ezifana nesimo samagnetic floppy disks, amakhasethi, imithende kazibuthe, isitoreji semagnetooptic, imidiya yokurekhoda engenisayo, izinzwa ze-magnetoresist, namakhanda amafilimu amancane emikhiqizweni. Amafilimu amancane azibuthe angamashidi anozibuthe anogqinsi lwama-micrometer ambalwa noma ngaphansi, asetshenziswa kakhulu embonini yezogesi. Amafilimu amancane azibuthe angaba yikristalu eyodwa, i-polycrystalline, i-amorphous, noma i-multilayered functional coatings ekuhlelweni kwama-athomu awo. Womabili amafilimu e-ferro- kanye ne-ferrimagnetic asetshenziswa. Izindwangu ezisebenzayo ze-ferromagnetic ngokuvamile ziyi-alloys esekwe kwi-transition-metal. Isibonelo, i-permalloy iyingxube ye-nickel-iron. Izembatho ezisebenzayo ze-ferrimagnetic, ezifana nama-garnet noma amafilimu e-amorphous, aqukethe izinsimbi eziguqukayo ezifana nensimbi noma i-cobalt nomhlaba ongandile kanye nezakhiwo ze-ferrimagnetic zinenzuzo ezinhlelweni ze-magnetooptic lapho umzuzu ophansi uzibuthe ungafinyelelwa ngaphandle koshintsho olubalulekile kuzinga lokushisa le-Curie. . Ezinye izakhi zezinzwa zisebenza kumgomo woshintsho ezicini zikagesi, njengokumelana nogesi, nenkundla kazibuthe. Kubuchwepheshe be-semiconductor, ikhanda le-magnetoresist elisetshenziswe kubuchwepheshe bokugcina idiski lisebenza nalesi simiso. Izimpawu ze-magnetoresist ezinkulu kakhulu (i-magnetoresistance enkulu) zibonwa kuma-multilayer kazibuthe nezinhlanganisela eziqukethe into kazibuthe kanye nonmagnetic. Izingubo zikagesi noma zikagesi: Lezi zimbobo ezisebenzayo zengeza izinto zikagesi noma ze-elekthronikhi ezifana ne-conductivity ukuze kukhiqizwe imikhiqizo enjengezinqamuleli, izakhiwo zokugqumisa njengendaba yezintambo zikazibuthe ezisetshenziswa kuma-transformer. IZIQINISEKISO ZOKUHLOBA: Uma sikhuluma ngezingubo zokuhlobisa izinketho zikhawulelwe kuphela ngomcabango wakho. Kokubili izimbotshana zohlobo lwefilimu eziwugqinsi nezincane zenziwe ngempumelelo futhi zasetshenziswa esikhathini esidlule emikhiqizweni yamakhasimende ethu. Kungakhathaliseki ukuthi kunzima kangakanani ukuma kwejiyomethri kanye nempahla ye-substrate kanye nezimo zohlelo lokusebenza, siyakwazi njalo ukwenza i-chemistry, izici zomzimba ezifana nekhodi ye-Pantone eqondile yombala kanye nendlela yokufaka isicelo sezingubo zakho zokuhlobisa ozifunayo. Amaphethini ayinkimbinkimbi afaka ubujamo noma imibala ehlukene nawo angenzeka. Singenza izingxenye zakho zepulasitiki ze-polymer zibukeke ziyinsimbi. Singakwazi ukufaka imibala kuma-anodize extrusions ngamaphethini ahlukahlukene futhi ngeke ibonakale i-anodized. Singakwazi ukufaka isibuko ingxenye emise okwenqaba. Ngaphezu kwalokho izigqoko zokuhlobisa zingakhiwa ezizophinde zisebenze njengezingubo ezisebenzayo ngesikhathi esifanayo. Noma iyiphi yalezi zindlela ezibalulwe ngezansi ezacile neziwugqinsi zokufakwa kwefilimu ezisetshenziselwa ukumbozwa okusebenzayo zingatshalwa emihlobiso yokuhlobisa. Nazi ezinye zezingubo zethu zokuhlobisa ezidumile: - I-PVD Thin Film Decorative Coatings - Electroplated Decorative Coatings - I-CVD ne-PECVD Thin Film Decorative Coatings - I-Thermal Evaporation Decorative Coatings - I-Roll-to-Roll Decorative Coating - I-E-Beam Oxide Interference Decorative Coatings - Ion Plating - I-Cathodic Arc Evaporation ye-Decorative Coatings - I-PVD + Photolithography, I-Heavy Gold Plating ku-PVD - I-Aerosol Coatings ye-Glass Coloring - I-Anti-tarnish Coating - I-Decorative Copper-Nickel-Chrome Systems - I-Decorative Powder Coating - Umdwebo Wokuhlobisa, Ukwakhiwa Kwepende Okwenziwe Ngokwezifiso usebenzisa ama-Pigments, Fillers, Colloidal Silica Dispersant... njll. Uma usithinta ngezidingo zakho zezingubo zokuhlobisa, singakunikeza umbono wethu wochwepheshe. Sinamathuluzi athuthukile njengezifundi zemibala, iziqhathanisi zemibala….etc. ukuze uqinisekise ikhwalithi engaguquki yezingubo zakho. IZINQUBO ZOKUMINA IFILIMU EZINCANE NEZINDLU: Nazi izindlela zethu ezisetshenziswa kakhulu. Electro-Plating / Chemical Plating (hard chromium, chemical nickel) I-Electroplating iyinqubo yokunamathisela insimbi eyodwa kwenye nge-hydrolysis, ngezinjongo zokuhlobisa, ukuvimbela ukugqwala kwensimbi noma ezinye izinjongo. I-Electroplating isivumela ukuthi sisebenzise izinsimbi ezingabizi njengensimbi noma i-zinc noma amapulasitiki ngenqwaba yomkhiqizo bese sifaka izinsimbi ezihlukene ngaphandle ngendlela yefilimu ukuze sibukeke kangcono, sivikeleke, kanye nezinye izici ezifiselekayo zomkhiqizo. I-Electroless plating, eyaziwa nangokuthi i-chemical plating, iyindlela ye-non-galvanic plating ehlanganisa ukusabela okuningana ngesikhathi esisodwa esixazululweni samanzi, okwenzeka ngaphandle kokusebenzisa amandla kagesi angaphandle. Ukusabela kufezwa lapho i-hydrogen ikhishwa i-ejenti yokunciphisa futhi ifakwe i-oxidized, ngaleyo ndlela ikhiqize ukushaja okungalungile ebusweni bengxenye. Izinzuzo zalawa mafilimu azacile futhi awugqinsi ukumelana nokugqwala okuhle, izinga lokushisa eliphansi lokucubungula, kungenzeka ukuthi afakwe emigodini ebhorekile, izikhala… njll. Okubi ukukhethwa okulinganiselwe kwezinto zokumboza, ukuthamba uma kuqhathaniswa kwezingubo zokugqoka, amabhavu okwelapha angcolisa imvelo adingekayo. okuhlanganisa amakhemikhali afana ne-cyanide, izinsimbi ezisindayo, ama-fluoride, uwoyela, ukunemba okulinganiselwe kokuphindaphindeka kwendawo. Izinqubo Zokusabalalisa (Nitriding, nitrocarburization, boronizing, phosphating, njll.) Ezithandweni zokushisa ukushisa, izakhi ezisabalalisiwe ngokuvamile zisuka kumagesi asabela emazingeni okushisa aphezulu nezindawo zensimbi. Lokhu kungaba ukusabela okuhlanzekile okushisayo namakhemikhali njengomphumela wokuhlukaniswa okushisayo kwamagesi. Kwezinye izimo, izakhi ezihlukene zisuka kokuqinile. Izinzuzo zalezi zinqubo zokumboza i-thermochemical ziwukumelana nokugqwala okuhle, ukukhiqiza kabusha okuhle. Ububi balokhu ukugqoka okuthambile, ukukhethwa okulinganiselwe kwezinto eziyisisekelo (okumele zifanele i-nitriding), izikhathi ezinde zokucubungula, izingozi zemvelo nempilo ezihilelekile, imfuneko yokwelashwa ngemva kokwelashwa. I-CVD (Chemical Vapor Deposition) I-CVD inqubo yamakhemikhali esetshenziselwa ukukhiqiza izinga eliphezulu, ukusebenza okuphezulu, ukunamathela okuqinile. Inqubo ikhiqiza amafilimu amancane futhi. Ku-CVD evamile, ama-substrates achayeka ku-precursors eyodwa noma ngaphezulu eguquguqukayo, esabelayo futhi/noma ebola endaweni engaphansi ukuze ikhiqize ifilimu elincanyana elifunekayo. Izinzuzo zalawa mafilimu azacile nawugqinsi ukumelana kwawo nokugqokwa okuphezulu, akwazi ukukhiqiza ngokwezomnotho ama-coatings ashubile, ukufaneleka kwezimbobo ezibhorekile, izikhala ....etc. Ukungalungi kwezinqubo ze-CVD izinga lokushisa eliphezulu lokucubungula, ubunzima noma ukungenzeki kwezingubo ezinezinsimbi eziningi (ezifana ne-TiAlN), ukuzungeza imiphetho, ukusetshenziswa kwamakhemikhali ayingozi emvelweni. I-PACVD / PECVD (I-Plasma-Assisted Chemical Vapor Deposition) I-PACVD ibizwa nangokuthi i-PECVD emele i-Plasma Enhanced CVD. Ngenkathi inqubo yokumboza ye-PVD izinto zefilimu ezacile neziwugqinsi ziyahwamuka zisuka esimweni esiqinile, ku-PECVD imiphumela yokumboza ivela esigabeni segesi. Amagesi e-Precursor aqhephukile ku-plasma ukuze atholakalele ukumbozwa. Izinzuzo zale ndlela yokubeka ifilimu emincane newugqinsi ukuthi amazinga okushisa enqubo aphansi kakhulu angenzeka uma kuqhathaniswa ne-CVD, kufakwe izimbotshana ezinembayo. Okubi kwe-PACVD ukuthi inokufaneleka okulinganiselwe kuphela kwezimbobo ezibhobokileyo, izikhala njll. I-PVD (Physical Vapor Deposition) Izinqubo ze-PVD ziwuhlobo lwezindlela zokubeka i-vacuum engokoqobo ezisetshenziswa ukufaka amafilimu amancanyana ngokufingqa kohlobo oluhwamuzayo lwento yefilimu efiselekayo endaweni yokusebenza. Ama-sputtering nama-evaporative coatings ayizibonelo ze-PVD. Izinzuzo ukuthi azikho izinto ezilimaza imvelo kanye nokukhishwa kwegesi okukhiqizwayo, izinhlobonhlobo ezinkulu zezingubo zingakhiqizwa, amazinga okushisa okushisa angaphansi kokushisa kokugcina kokushisa kwamansimbi amaningi, ama-coefficients amancane akhiqizwa ngokunembile, ukumelana nokugqoka okuphezulu, i-coefficient ephansi ye-frictional. Okubi yizimbobo ezibhobozayo, izikhala ... njll. ingambozwa kuphela ekujuleni okulingana nobubanzi noma ububanzi bokuvuleka, ukumelana nokugqwala kuphela ngaphansi kwezimo ezithile, futhi ukuze kutholwe ubukhulu befilimu obufanayo, izingxenye kufanele zijikelezwe ngesikhathi sokubekwa. Ukunamathela kwezingubo ezisebenzayo nezokuhlobisa kuncike ku-substrate. Ngaphezu kwalokho, isikhathi sokuphila sezingubo zefilimu ezincanyana neziwugqinsi zincike kumingcele yendawo ezungezile njengomswakama, izinga lokushisa... njll. Ngakho-ke, ngaphambi kokucabangela i-coat esebenzayo noma yokuhlobisa, xhumana nathi ukuze uthole umbono wethu. Singakhetha izinto zokumboza ezifanele kakhulu kanye nezindlela zokumboza ezifanelana nama-substrates akho kanye nokufaka isicelo bese sikubeka ngaphansi kwezindinganiso eziqinile zekhwalithi. Xhumana ne-AGS-TECH Inc. ukuze uthole imininingwane yamakhono okufakwa kwefilimu emincane newugqinsi. Ingabe udinga usizo lokuklama? Ingabe udinga ama-prototypes? Ingabe udinga ukukhiqiza ngobuningi? Silapha ukuze sikusize. CLICK Product Finder-Locator Service IKHASI ELIDLULE

Compressors, Pumps, Motors for Pneumatic & Hydraulic & Vacuum Applications, Compressor, Pump, Positive Type Displacement Compressors - AGS-TECH Inc. Ama-Compressor namaPump & Motors Sinikeza ngaphandle kweshalofu kanye nezifiso ezenziwe ngokwezifiso COMPRESSORS, PUMPS kanye NE-MOTORS YE-PNEUMATIC, HYDRAULIC kanye ne-VACUUM APPLICATIONS. Ungakhetha imikhiqizo oyidingayo ezincwajaneni zethu ezilandekayo noma uma ungaqiniseki, ungasichaza izidingo zakho nezinhlelo zokusebenza futhi singakunikeza ama-compressor afanelekile, amaphampu nama-pneumatic & hydraulic motors. Kwamanye ama-compressor ethu, amaphampu namamotho siyakwazi ukwenza izinguquko futhi sizenzele ngokwezifiso ezinhlelweni zakho. PNEUMATIC COMPRESSORS: Okubizwa nangokuthi ama-gas compressors, lawa amadivaysi emishini akhulisa ukucindezela kwegesi ngokunciphisa umthamo wayo. Ama-compressor anikeza umoya ohlelweni lwe-pneumatic. I-compressor yomoya wuhlobo oluthile lwe-compressor yegesi. Ama-compressor afana namaphampu, womabili andisa ingcindezi oketshezini futhi akwazi ukuthutha uketshezi ngepayipi. Njengoba amagesi ayacindezelwa, i-compressor ibuye inciphise umthamo wegesi. Izinto eziwuketshezi azicindezeleki uma kuqhathaniswa; kuyilapho ezinye zingacindezelwa. Isenzo esiyinhloko sepompo ukucindezela nokuthutha uketshezi. Kokubili i-piston ne-rotary screw version pneumatic compressor ayatholakala ezinguqulweni eziningi futhi alungele noma yimuphi umsebenzi wokukhiqiza. Ama-compressor eselula, ama-compressor aphansi noma aphezulu, ama-compressor afakwe kuhlaka / umkhumbi: Aklanyelwe ukuhlangabezana nezidingo zomoya ezicindezelwe ngezikhathi ezithile. Ama-compressor ethu aqhutshwa ngamabhande aklanyelwe ukuletha umoya owengeziwe nezingcindezi eziphakeme ukuze kwandiswe inani lezinhlelo zokusebenza ezingase zibe khona. Amanye amabhande ethu ashayelwa ama-piston compressor amabili asesiteji anemishini yokomisa efakwe ngaphambili kanye ne-tank-mounted. Uhlu oluthulile lwama-compressor we-pneumatic lukhanga kakhulu izinhlelo zokusebenza ezindaweni ezivaliwe noma lapho kudingeka kusetshenziswe amayunithi amaningi. Ama-screw compressor amancane nahlangene kodwa anamandla aphakathi kwemikhiqizo yethu edumile. Ama-rotor ama-compressor ethu we-pneumatic afakwe kuma-bearings asezingeni eliphansi. Ama-compressor we-Pneumatic Variable Speed (CPVS) avumela abasebenzisi ukuthi bonge izindleko zokusebenza lapho uhlelo lokusebenza lungadingi umthamo ogcwele wama-compressor. Ama-compressor apholile emoyeni aklanyelwe ukufaka umsebenzi osindayo kanye nezimo ezinzima. Ama-compressors angahlukaniswa njenge: - I-Positive Type Displacement Compressor: Lawa ma-compressor asebenza ngokuvula imbobo ukuze adonse umoya, bese enza imbobo ibe mncane ukuze ikhiphe umoya ocindezelweyo. Imiklamo emithathu yama-compressor amahle avamile embonini: Eyokuqala yile Reciprocating Compressors (isiteji esisodwa nesiteji ezimbili). Njengoba i-crankshaft ijikeleza, ibangela ukuthi i-piston ibuyele emuva, idonsa umoya womoya ngokushintshana futhi ikhiphe umoya ocindezelweyo. Ama-Piston compressors adumile ezinhlelweni zokuhweba ezincane neziphakathi. I-compressor yesiteji esisodwa inepiston eyodwa kuphela exhunywe ku-crankshaft futhi ingacindezela kufika ku-150 psi. Ngakolunye uhlangothi, ama-compressor ezigaba ezimbili anamapiston amabili anosayizi abahlukene. I-piston enkulu ibizwa ngokuthi yisiteji sokuqala kanti encane yisigaba sesibili. Ama-compressor ezigaba ezimbili angakwazi ukukhiqiza izingcindezi ezingaphezu kuka-150 psi. Uhlobo lwesibili yi Rotary Vane Compressors enerotor egxunyekwe maphakathi nendlu. Njengoba i-rotor ijikeleza, ama-vanes anweba futhi ahlehle ukuze agcine ukuxhumana nezindlu. Endaweni yokungena, amagumbi aphakathi kwama-vanes anda ngevolumu futhi enze i-vacuum yokudonsa umoya osemkhathini. Lapho amakamelo efika endaweni yokuphuma, umthamo wabo uyancipha. Umoya uyacindezelwa ngaphambi kokuthi uphele ethangini lomamukeli. I-Rotary vane compressors ikhiqiza kufika ku-150 psi pressure. Okokugcina Rotary Screw Compressors ba namashafti amabili anezikulufu zokuvala umoya ezibukeka zifana ne-screw-off contours. Umoya ongena usuka phezulu kwelinye icala le-rotary screw compressor uyaphela ngakolunye uhlangothi. Endaweni lapho umoya ungena khona kuma-compressors, umthamo wamagumbi phakathi kwama-contours mkhulu. Njengoba izikulufi ziphenduka futhi zinemeshi, umthamo wamagumbi uyancipha futhi ubangele umoya ukuba ucindezelwe ngaphambi kokuba uphele ethangini lomamukeli. - I-Non-Positive Type Displacement Compressor: Lawa ma-compressor asebenza ngokusebenzisa i-impeller ukwandisa isivinini somoya. Njengoba umoya ungena ku-diffuser, umfutho wawo uyanda ngaphambi kokuba umoya ungene ethangini lokwamukela. I-Centrifugal compressors iyisibonelo. Imiklamo ye-multistage centrifugal compressor ingadala ukucindezela okuphezulu ngokuphakela umoya ophumayo wesiteji esandulele endaweni yokungena yesigaba esilandelayo. I-HYDRAULIC COMPRESSORS: Ngokufana nama-compressor we-pneumatic, lawa amadivaysi emishini akhulisa ukucindezela koketshezi ngokunciphisa umthamo walo. Ama-Hydraulic compressors ngokuvamile ahlukaniswa ngamaqembu amane amakhulu: Piston Compressors, Rotary Vane Compressors, Rotary Screw Compressors kanye namaGear Compressors. Amamodeli ane-Rotary vane-model ahlanganisa nesistimu yokuthambisa epholile, isihlukanisi sikawoyela, ivalvu yokukhulula ekungeneni komoya kanye ne-automatic rotation speed valve. Amamodeli we-Rotary vane-model afaneleka kakhulu ukufakwa kuma-excavators ahlukene, izimayini neminye imishini. PNEUMATIC PUMPS: AGS-TECH Inc. offers a wide variety of Diaphragm Pumps and Piston Pumps_cc781905-5cde- 3194-bb3b-136bad5cf58d_yezinhlelo zokusebenza zomoya. Amaphampu e-Piston kanye Plunger Pumps amaphampu aphindaphindayo asebenzisa iplunger noma i-piston nge-chamberdrical mediacal. I-plunger noma i-piston iculwa yi-steam powered, pneumatic, hydraulic, noma idrayivu kagesi. Amaphampu e-piston nawe-plunger abizwa nangokuthi amaphampu e-viscosity aphezulu. Amaphampu e-diaphragm amaphampu amahle agudluza lapho i-piston ephindaphindayo ihlukaniswa nesixazululo nge-diaphragm eguquguqukayo. Le membrane eguquguqukayo ivumela ukunyakaza koketshezi. Lawa maphampu angakwazi ukuphatha izinhlobo eziningi ezihlukene zoketshezi, ngisho nalawo anento ethile eqinile. Amaphampu episton acindezelwe ngomoya asebenzisa ipiston yendawo enkulu eshayelwa umoya exhunywe endaweni encane ye-hydraulic piston, ukuguqula umoya ocindezelwe ube amandla asebenza ngaphansi komhlaba. Amaphampu ethu aklanyelwe ukuhlinzeka ngomthombo owongayo, ohlangene futhi ophathekayo wengcindezi ye-hydraulic. Ukuze usayizi wephampu elungile yohlelo lwakho lokusebenza xhumana nathi. AMAPHUMU E-HYDRAULIC: Iphampu ye-hydraulic iwumthombo wamandla wemishini oguqula amandla emishini abe amandla adonsa kanzima (okungukuthi ukugeleza, ukucindezela). Amaphampu we-hydraulic asetshenziswa ezinhlelweni zokushayela ze-hydraulic. Zingaba yi-hydrostatic noma i-hydrodynamic. Amaphampu asebenzisa i-hydraulic akhiqiza ukugeleza ngamandla anele okunqoba ingcindezi ebangelwa umthwalo endaweni yepompo. Amaphampu asebenza nge-hydraulic adala i-vacuum endaweni yepompo, aphoqelele uketshezi olusuka endaweni yokugcina amanzi lungene emugqeni wokungena oya epompo kanye nangesenzo somshini siletha lolu ketshezi endaweni yepompo futhi luluphoqe ohlelweni lwe-hydraulic. Amaphampu e-Hydrostatic amaphampu amahle agudlukayo kuyilapho amaphampu e-hydrodynamic engakwazi ukumiswa amaphampu okufuduka, lapho ukufuduka (ukugeleza ngepompo ngokuzungezisa iphampu) kungakwazi ukulungiswa, noma amaphampu aguquguqukayo, anokwakhiwa okuyinkimbinkimbi kakhulu okuvumela ukufuduka ukulungiswa. Amaphampu e-Hydrostatic ayizinhlobo ezihlukahlukene futhi asebenza ngesimiso somthetho kaPascal. Ithi ukwanda kwengcindezi endaweni eyodwa yoketshezi oluvalekile ekulinganeni kudluliselwa ngokulinganayo kuwo wonke amanye amaphuzu oketshezi, ngaphandle uma umthelela wamandla adonsela phansi unganakwa. Iphampu ikhiqiza ukunyakaza koketshezi noma ukugeleza, futhi ayikhiqizi ingcindezi. Amaphampu akhiqiza ukugeleza okudingekayo ekuthuthukiseni ukucindezela okuwumsebenzi wokumelana nokugeleza kwamanzi ohlelweni. Njengesibonelo, ingcindezi yoketshezi endaweni yepompo inguziro wepompo engaxhumekile kusistimu noma umthwalo. Ngakolunye uhlangothi, ngepompo ehambisa ohlelweni, ukucindezela kuzokhuphuka kuphela ezingeni elidingekayo ukuze kunqobe ukumelana nomthwalo. Wonke amaphampu angase afakwe kusigaba njengokugudluka okuphozithivu noma okungeyona okuhle-ukufuduka. Iningi lamaphampu asetshenziswa ezinhlelweni ezisebenza ngogesi i-positive-displacement. I-A Non-Positive-Displacement Pump ikhiqiza ukugeleza okuqhubekayo. Kodwa-ke, njengoba inganikezi uphawu oluhle lwangaphakathi ngokumelene nokushelela, ukuphuma kwayo kuyahluka kakhulu njengoba ingcindezi iyahlukahluka. Izibonelo zamaphampu angenawo-positive-displacement amaphampu aphakathi nendawo nawophephela. Uma imbobo yokuphumayo yephampu engahambi kahle ibivinjwa, ingcindezi ibizokhuphuka, futhi okukhiphayo kuzokwehla kube yiziro. Nakuba isici sokumpompa sasizoqhubeka sihamba, ukugeleza kuzoma ngenxa yokushelela ngaphakathi kwepompo. Ngakolunye uhlangothi, ku-aPositive-Displacement Pump, i-slippage ayinalutho uma iqhathaniswa nokugeleza kwevolumu yephampu. Uma imbobo yokuphumayo ibixhunyiwe, ingcindezi ibingakhuphuka ngokushesha ize ifike lapho izici zokumpompa zephampu noma ikesi lephampu liyohluleka, noma isisusa esiyinhloko sephampu singama. Iphampu enyakazayo yileyo esusa noma eletha inani elifanayo loketshezi ngomjikelezo ngamunye ojikelezayo wesici sokumpompa. Ukulethwa njalo phakathi nomjikelezo ngamunye kungenzeka ngenxa yokulingana okuseduze phakathi kwezinto zokupompa kanye nekesi lepompo. Lokhu kusho ukuthi, inani loketshezi olushelelayo ludlule ku-elementi yokumpompa empompini enyakazayo lincane futhi alinakwa uma liqhathaniswa nomkhawulo ongokomcabango wokulethwa okungenzeka. Emaphampuni ahamba kahle ukulethwa ngomjikelezo ngamunye kuhlala kucishe kube njalo, kungakhathaliseki ukuthi izinguquko zinjani ingcindezi lapho iphampu isebenza khona. Uma ukushelela koketshezi kukukhulu, lokhu kusho ukuthi iphampu ayisebenzi kahle futhi kufanele ilungiswe noma ishintshwe. Amaphampu agudluzayo angaba ohlobo lokusuka olungaguquki noma oluguquguqukayo. Okukhiphayo kwephampu engaguquki kuhlala kuhambisana nesivinini sepompo esinikeziwe phakathi nomjikelezo wokupompa ngamunye. Okukhiphayo kwephampu eguquguqukayo yokugudluza kungashintshwa ngokushintsha i-geometry yegumbi lokufuduka. The term Hydrostatic is used for positive-displacement pumps and Hydrodynamic is used for non-positive-displacement pumps. I-Hydrostatic okusho ukuthi iphampu iguqula amandla asetshenziswayo abe amandla asebenza ngamanzi anenani elincane uma kuqhathaniswa nesivinini soketshezi. Ngakolunye uhlangothi, empompini ye-hydrodynamic, isivinini se-liquid nokunyakaza kukhulu futhi ukucindezela kokuphumayo kuncike kwisivinini lapho uketshezi olwenziwa khona ukuba lugeleze. Nawa amaphampu asebenza ngogesi atholakala ngokuthengiswayo: - Amaphampu aphindaphindayo: Njengoba ipiston inweba, i-vacuum eyingxenye edalwe egumbini lokumpompa idonsa uketshezi oluthile endaweni yokugcina amanzi ngevalvu yokuhlola i-inlet ingene egumbini. I-vacuum eyingxenye isiza ukubeka i-valve yokuhlola i-outlet ngokuqinile. Umthamo woketshezi oludonswe ekamelweni waziwa ngenxa yejometri yekesi lepompo. Njengoba i-piston ihlehla, i-valve yokuhlola i-inlet iqala kabusha, ivale i-valve, futhi amandla e-piston aqaqa ivalve yokuhlola i-outlet, iphoqe uketshezi luphume epompo lungene ohlelweni. - Amaphampu ajikelezayo (amaphampu egiya yangaphandle, iphampu yesikulufu, amaphampu egiya yangaphakathi, amaphampu ane-vane): Kupompo yohlobo lwe-rotary, ukunyakaza okujikelezayo kuthwala uketshezi lusuka endaweni yokungena yepompo luyise iphampu yokuphuma. Amaphampu ajikelezayo ngokuvamile ahlukaniswa ngokohlobo lwesici esidlulisa uketshezi. - Amaphampu e-piston (amaphampu e-axial-piston, amaphampu e-inline-piston, amaphampu e-axis egobile, amaphampu e-radial-piston, amaphampu e-plunger): Iphampu ye-piston iyiyunithi ejikelezayo esebenzisa isimiso sephampu ephindaphindayo ukukhiqiza ukugeleza koketshezi. Esikhundleni sokusebenzisa ipiston eyodwa, la maphampu anenhlanganisela eminingi yama-piston-cylinder. Ingxenye yendlela yephampu izungeza i-shaft yokushayela ukuze ikhiqize ukunyakaza okuphindaphindayo, okudonsa uketshezi kusilinda ngayinye bese iyalukhipha, ikhiqize ukugeleza. Amaphampu e-plunger acishe afane namaphampu e-rotary piston, kulokho ukumpompa kuwumphumela wama-piston abuyelana kuma-cylinder bores. Nokho, amasilinda agxilile kula maphampu. Amasilinda awajikelezi eduze kwe-drive shaft. Ama-piston angase aphindwe nge-crankshaft, ngama-eccentrics ku-shaft, noma ngepuleti elinyakazayo. AMAPHUMU EVACUUM: Iphampu yevacuum iyisisetshenziswa esisusa ama-molecule egesi kuvolumu evaliwe ukuze ishiye ngemuva ingxenye. Imishini yedizayini yephampu ilawula ngokwemvelo ububanzi bengcindezi lapho iphampu ikwazi ukusebenza khona. Imboni ye-vacuum ibona le mithetho yengcindezi elandelayo: I-Coarse Vacuum: 760 - 1 Torr I-Vacuum Enzima: 1 Torr - 10exp-3 Torr I-Vacuum ephezulu: 10exp-4 - 10exp-8 Torr I-Ultra High Vacuum: 10exp-9 – 10exp-12 Torr Ushintsho olusuka kumfutho womkhathi ukuya phansi kobubanzi be-UHV (cishe 1 x 10exp-12 Torr) ububanzi obuguquguqukayo obungaba ngu-10exp+15 nangaphezulu kwamakhono anoma iyiphi iphampu eyodwa. Ngempela, ukufinyelela kunoma iyiphi ingcindezi engaphansi kwe-10exp-4 Torr kudinga iphampu engaphezu kweyodwa. - Amaphampu ashukumisayo: Lawa anweba imbobo, avale, akhiphe futhi aphinde. - Amaphampu okudlulisa umfutho (amaphampu amangqamuzana): Lawa asebenzisa uketshezi olunesivinini esikhulu noma izindwani ukuze ashaye amagesi nxazonke. - Amaphampu okungena (cryopumps): Dala okuqinile noma amagesi adsorbed . Kumasistimu evacuum amaphampu asetshenziswayo asetshenziswa ukusuka kumfutho womoya wehle kuye ku-vacuum enamandla (0.1 Pa, 1X10exp-3 Torr). Amaphampu ashubile ayadingeka ngoba amaphampu e-turbo anenkinga kusukela kumfutho womoya. Ngokuvamile amaphampu e-Rotary Vane asetshenziselwa ukugoqa. Bangase babe namafutha noma cha. Ngemuva kokugoqa, uma ingcindezi ephansi (i-vacuum engcono) idingeka, Amaphampu e-Turbomolecular awusizo. Ama-molecule egesi asebenzisana nama-spinning blades futhi aphoqelelwa ukuba awele phansi. I-vacuum ephezulu (10exp-6 Pa) idinga ukuzungezisa okungu-20,000 kuya ku-90,000 ngomzuzu. Amaphampu e-Turbomolecular ngokuvamile asebenza phakathi kuka-10exp-3 kanye no-10exp-7 Torr Amaphampu e-Turbomolecular awasebenzi ngaphambi kokuba igesi ibe “sekugelezeni kwamangqamuzana”. I-PNEUMATIC MOTORS: Izinjini Zomoya, ezibuye zibizwe ngokuthi izinjini zomoya ezicindezelwe yizinhlobo zamamotho enza umsebenzi womshini ngokwandisa umoya ocindezelwe. Amamotho womoya ngokuvamile aguqula amandla omoya acindezelwe abe umsebenzi wemishini ngokusebenzisa okuthi linear noma ukunyakaza okujikelezayo. Ukunyakaza okulayini kungavela ku-diaphragm noma ku-piston actuator, kuyilapho ukunyakaza okujikelezayo kungavela ku-vane hlobo air motor, i-piston air motor, i-air turbine noma i-gear type motor. Amamotho womoya athole ukusetshenziswa okusabalele embonini yamathuluzi aphethwe ngesandla ukuze kufakwe umthelela, amathuluzi okushaya kwenhliziyo, izikulufidrayiva, izigijimi zamantongomane, ama-drill, ama-grinders, ama-sanders, ... njll, amazinyo, imithi kanye nenhlobonhlobo yezinhlelo zokusebenza zezimboni. Kunezinzuzo eziningana zama-motor pneumatic ngaphezu kwamathuluzi kagesi. Izinjini zomoya zinikeza ukuminyana okukhulu kwamandla ngoba injini encane yomoya inganikeza inani lamandla afanayo nenjini kagesi enkulu. Amamotho womoya awadingi isilawuli sejubane esisizayo esengeza ekuhlanganeni kwawo, akhiqiza ukushisa okuncane, futhi angasetshenziswa ezindaweni ezishintshashintshayo ngenxa yokuthi awadingi amandla kagesi, futhi awadali izinhlansi. Zingalayishwa ukuze zime nge-torque egcwele ngaphandle kokulimala. Sicela uchofoze umbhalo ogqanyisiwe ngezansi ukuze ulande izincwajana zomkhiqizo wethu: - Ama-Oil-Less Mini Air Compressors - I-YC Series Hydraulic Gear Pumps (Motors) - Amaphampu we-Hydraulic Vane Okucindezela Okumaphakathi Naphakathi - Amaphampu we-Caterpillar Series Hydraulic - Amaphampu we-Komatsu Series Hydraulic - I-Vickers Series Amaphampu e-Hydraulic Vane kanye nama-Motors - Ama-Vickers Series Valves - Uchungechunge lwe-YC-Rexroth oluguquguqukayo lwamaphampu e-Piston-Ama-Hydraulic Valves-Ama-Multiple Valves - Amaphampu we-Yuken Series Vane - Amavavu CLICK Product Finder-Locator Service IKHASI ELIDLULE

Machined Components & Milling & Turning, CNC Machined Parts, Custom Drill Bits, Shaft Machining at AGS-TECH Izingxenye Zomshini & Ukugaya & Ukujika Ingxenye eyenziwe ngomshini ye-CNC ekhiqizwa futhi yahlanganiswa yi-AGS-TECH Inc. Izingxenye zomshini ze-CNC zemboni yokupakisha ukudla www.agstech.net Izingxenye zomshini ze-CNC Ivolumu ephezulu yokuphenduka kwe-CNC, ukugaya nokubhoboza Izingcezu zokuprakthiza ezenzelwe iklayenti Ikhwalithi ephezulu ye-CNC machining and finishing Intambo - Ukugingqika nokusika kwentambo nge-AGS-TECH Inc. I-Precision Machining ihlinzekwa yi-AGS-TECH Inc. Ukukhiqizwa kwe-CNC yi-AGS-TECH Inc. I-CNC Spring Forming yi-AGS-TECH Inc. I-EDM Machining ye-Rotor AGS-TECH Inc. Ingxenye yensimbi ye-EDM Machined AGS-TECH Inc. Ukwakhiwa kochungechunge yi-AGS-TECH Inc. Ukwenziwa kwemishini yokubhoboza okungakheniwe yi-AGS-TECH Inc. Ishafti eyenziwe ngomshini ye-stirrer I-Stainless Steel Forming Shaping Cutting Grinding polishing yi-AGS-TECH Inc. Izingxenye Zethuluzi Lomshini Zakhiwe yi-AGS-TECH Inc. I-Prototyping Esheshayo Yezingxenye Zensimbi Izingxenye ze-aluminium anodized emnyama Brass izingxenye machining Ukuphenduka kwe-CNC kwengxenye yensimbi engagqwali Ama-Shafts Akhiqizwayo Izingxenye zomoya ze-Precision knurled ezikhiqizwa yi-AGS-TECH Inc. Igiya elincane elinomshini wokunemba kanye nokudayela okukhiqizwa ngu AGS-TECH Inc. Ukucutshungulwa kwesafire yezimboni I-Industrial sapphire CNC machining Izindandatho ze-ceramic zobuchwepheshe ezenziwe ngu Inkampani AGS-TECH, Inc. I-Cylinder Head yi-AGS-TECH Inc. I-Cylinder Head I-Pneumatic Hydraulic and Vacuum Components Machining - AGS-TECH I-Custom Skive Blades Machining and Deburring Ukuhlolwa kokuqina kwe-Skive Blades Amathuluzi okusika akhiqizwe ekucacisweni kokuqina okuthile. Izihlahla ezikhiqizwe ngokushibhile ngabakwa-AGS-TECH Inc Ama-Bushing Machined - AGS-TECH Inc Okukhethekile DU Bearings Precision Machined DU Bearing Izinto Zomshini ezivela Ensimbi Izinto Zomshini Owenziwe Ngomshini Nge-Yellow Zinc Chromate Finish IKHASI ELIDLULE

AGS-TECH, Inc. is a global manufacturer of fasteners and rigging hardware including shackles, eye bolt and nut, turnbuckles, wire rope clip, hooks, load binder, steel and synthetic plastic wires, cables and ropes, traditional ropes from manila, polyhemp, sisal, cotton, link chains, steel chain and more. Izixhumi, Ukukhiqiza izingxenyekazi zekhompuyutha Ukuze uthole ulwazi ngamakhono ethu okukhiqiza ama-fasteners, ungavakashela ikhasi lethu elizinikele ngokuchofoza lapha:Iya ekhasini le-Fasteners Kodwa-ke, uma ufuna i-Rigging Hardware, qhubeka ufunda bese wehlela phansi kuleli khasi. Izingxenyekazi zekhompuyutha I-hardware ye-rigging iyingxenye ebalulekile kunoma iyiphi isistimu yokuphakamisa, ukuphakamisa, ukubopha okubandakanya izintambo, amabhande, amaketanga ... njll. Izinga, amandla, ukuqina, impilo yonke kanye nokuthembeka kukonke kwe-hardware yokugebenga kungaba ibhodlela, isici esikhawulelayo uma umkhiqizo olungile wekhwalithi ephezulu ungakhethelwa amasistimu akho, noma ngabe muhle kangakanani ezinye izingxenye kukhona. Ungacabanga ngakho njengeketango, lapho iketango elilodwa elilimele lingabangela ukwehluleka kwalo lonke iketango. Imikhiqizo yethu ye-hardware yokugebenga ihlanganisa izinto eziningi ezifana nezilayida zezintambo, ama-clevise, okokufakwayo, amahhuku, amaketanga, ama-snap hook, izixhumanisi zokuxhuma, ama-swivel, izixhumanisi zokubamba, iziqeshana zezintambo zezintambo nokunye okuningi. Izintengo zezixhumi nezingxenye zezingxenyekazi zehadiwe depend on umkhiqizo, imodeli kanye nenani le-oda lakho. Kuphinde kuncike ekutheni udinga umkhiqizo ongekho eshalofini noma uyasidinga ukuthi senze ngokwezifiso izinsimbi kanye nezingxenye zehadiwe zokuqopha ukuze uthole imininingwane, imidwebo nezidingo zakho. Njengoba siphethe izinhlobonhlobo zokubopha kanye ne-rigging hardware nobukhulu obuhlukahlukene, izinhlelo zokusebenza, material grade kanye nokuhlanganisa; uma kwenzeka ungakwazi ukuthola umkhiqizo ofanelekayo ngezansi kwelinye lamakhathalogi ethu, sikukhuthaza ukuthi usithumele i-imeyili noma usishayele ukuze sikwazi ukunquma ukuthi yimuphi umkhiqizo okulungele kangcono. Uma usithinta, sicela uqiniseke ukuthi unikeza us olunye lwalolu lwazi olulandelayo: - Isicelo sezinto zokubopha noma umkhiqizo wehadiwe wokugebenga - Ibanga lezinto ezibonakalayo elidingekayo lezibophelelo zakho nezingxenye ze-hardware zokuqopha - Ubukhulu - Qeda - Izidingo zokupakisha - Izidingo zokulebula - Inani nge-oda ngalinye / Isidingo saminyaka yonke Sicela ulande izincwajana zethu zomkhiqizo ezifanele ngokuchofoza izixhumanisi ezinemibala ngezansi: I-Standard Rigging Hardware - Amaketanga I-Standard Rigging Hardware - I-Eye Bolt ne-Nut Standard Rigging Hardware - Turnbuckles I-Standard Rigging Hardware - Wire Rope Clip I-Standard Rigging Hardware - Izingwegwe I-Standard Rigging Hardware - Layisha i-Binder I-Standard Rigging Hardware - Imikhiqizo Emisha I-Standard Rigging Hardware - Insimbi Engagqwali I-Standard Rigging Hardware - Izintambo Zensimbi - Izintambo Zensimbi Nezintambo I-Standard Rigging Hardware - Izintambo Zepulasitiki Zokwenziwa I-Standard Rigging Hardware - Traditional-Ropes-Manila-Polyhemp-Sisal-Cotton XHUMANA CHAINS ibe nezixhumanisi ezimise okwe-torus. Asetshenziswa ku izingidi zamabhayisikili, njengamaketanga okukhiya, ngezinye izikhathi njengamaketanga okudonsa & okuphakamisa kanye nezinhlelo zokusebenza ezifanayo._d04a07d8-9cd1-3239-9149-20813b-78813d-7813d-7813b5813b5-9bbre-88888-8813d-7813d58-66668868866 136bad5cf58d_for-off-the-shelf link chain: I-Link Chains - Steel Chains - International Chains - Stainless Steel Chains and Accessories CLICK Product Finder-Locator Service IKHASI ELIDLULE

Micromanufacturing - Surface & Bulk Micromachining - Microscale Manufacturing - MEMS - Accelerometers - AGS-TECH Inc. Ukukhiqiza I-Microscale / Micromanufacturing / Micromachining / MEMS MICROMANUFACTURING, MICROSCALE MANUFACTURING, MICROFABRICATION or MICROMACHINING refers to our processes suitable for making tiny devices and products in the micron or microns of dimensions. Kwesinye isikhathi ubukhulu bomkhiqizo owenziwe ngezinto ezincane bungaba bukhulu, kodwa sisasebenzisa leli gama ukuze sibhekisele kumigomo nezinqubo ezihilelekile. Sisebenzisa indlela yokwenza i-micromanufacturing ukwenza izinhlobo ezilandelayo zamadivayisi: Amadivayisi Angama-Microelectronic: Izibonelo ezijwayelekile ama-semiconductor chips asebenza ngokususelwe kuzimiso zikagesi neze-elekthronikhi. Amadivayisi Ancane Kakhulu: Le yimikhiqizo enomshini ngokwemvelo njengamagiya amancane kakhulu namahinge. Amadivayisi e-Microelectromechanical: Sisebenzisa amasu okukhiqiza ama-micromanufacturing ukuhlanganisa izakhi zomshini, zikagesi neze-elekthronikhi ngezikali zobude ezincane kakhulu. Iningi lezinzwa zethu likulesi sigaba. I-Microelectromechanical Systems (MEMS): Lawa madivaysi e-microelectromechanical ahlanganisa nesistimu kagesi edidiyelwe emkhiqizweni owodwa. Imikhiqizo yethu yezentengiselwano edumile kulesi sigaba ama-MEMS accelerometers, izinzwa zesikhwama somoya kanye namadivayisi we-digital micromirror. Ngokuya ngomkhiqizo ozokwenziwa, sisebenzisa enye yalezi zindlela ezinkulu ezilandelayo zokukhiqiza izinto ezincane: I-BULK MICROMACHING: Lena indlela endala uma kuqhathaniswa esebenzisa ama-etches ancike kuma-orientation ku-silicon yekristalu eyodwa. Indlela ye-micromachining eyinqwaba isekelwe ekushoniseni endaweni engaphezulu, kanye nokuma ebusweni obuthile obuyikristalu, izifunda ezinezimbotshana, namafilimu acwengekayo ukuze kwakheke isakhiwo esidingekayo. Imikhiqizo ejwayelekile esikwazi ukuyenza micromanufacturing sisebenzisa inqwaba micromachining technique yile: - Ama-cantilever amancane - Ama-V-groves ku-silicon ukuze kulungiswe futhi kulungiswe imicu ye-optical. I-MICROMACHINING YASEKHAYA: Ngeshwa i-micromachining eyinqwaba ikhawulelwe ezintweni zekristalu eyodwa, njengoba izinto ze-polycrystalline ngeke zisebenze ngamanani ahlukene ngezindlela ezihlukene zisebenzisa izinsimbi ezimanzi. Ngakho-ke i-surface micromachining igqama njengenye indlela ye-micromachining eyinqwaba. I-spacer noma isendlalelo somhlatshelo njengengilazi ye-phosphosilicate ifakwa kusetshenziswa inqubo ye-CVD ku-silicon substrate. Ngokuvamile, izingqimba zefilimu ezakhiwe ngesakhiwo se-polysilicon, insimbi, ama-alloys ensimbi, ama-dielectrics afakwa phezu kwe-spacer layer. Kusetshenziswa amasu okufaka okomile, izendlalelo zefilimu ezacile zesakhiwo zenziwe iphethini futhi ukucwiliswa okumanzi kusetshenziselwa ukususa ungqimba lomhlatshelo, ngaleyo ndlela kubangele izakhiwo ezikhululekile ezifana nama-cantilevers. Okungenzeka futhi ukusebenzisa inhlanganisela yenqwaba kanye namasu okwenziwa nge-micromachining ukuze uguqule imiklamo ethile ibe yimikhiqizo. Imikhiqizo ejwayelekile elungele ukwenziwa kwe-micromanufacturing isebenzisa inhlanganisela yamasu amabili angenhla: - Usayizi we-submilimetric microlamps (ngokuhleleka kukasayizi we-0.1 mm) - Izinzwa zokucindezela - Amaphampu amancane - Ama-Micromotors - Ama-Actuator - Amadivayisi we-Micro-fluid-flow Kwesinye isikhathi, ukuze kutholwe izakhiwo ezime mpo eziphakeme, ukwenziwa kwe-micromanufacturing kwenziwa ezakhiweni ezinkulu eziyisicaba zivundlile bese izakhiwo zijikeleziswa noma zigoqwe zibe indawo eqondile kusetshenziswa amasu afana ne-centrifuging noma i-microassembly ngama-probe. Kodwa izakhiwo ezinde kakhulu zingatholakala ku-silicon eyodwa yekristalu kusetshenziswa i-silicon fusion bonding kanye ne-ion etching ejulile esebenzayo. Inqubo yokwenza i-Deep Reactive Ion Etching (DRIE) micromanufacturing yenziwa kumawafa amabili ahlukene, bese aqondaniswa futhi ahlanganiswe ukuze kukhiqizwe izakhiwo ezinde kakhulu ebezingeke zenzeke. IZINQUBO ZE-LIGA ZOKWENZIWA KWEMICROMUFACTUR: Inqubo ye-LIGA ihlanganisa i-X-ray lithography, i-electrodeposition, ukubumba futhi ngokuvamile ihilela izinyathelo ezilandelayo: 1. Amakhulu ambalwa ama-microns ajiyile we-polymethylmetacrylate (PMMA) ukumelana nongqimba afakwa ku-substrate eyinhloko. 2. I-PMMA ithuthukiswa kusetshenziswa ama-X-ray ahlanganisiwe. 3. Insimbi ifakwa ku-electrodeposit ku-substrate eyinhloko. 4. I-PMMA iyakhunyulwa futhi isakhiwo sensimbi esizimele sihlala. 5. Sisebenzisa isakhiwo sensimbi esisele njengesikhunta futhi senza umjovo wokubunjwa kwamapulasitiki. Uma uhlaziya izinyathelo ezinhlanu eziyisisekelo ngenhla, usebenzisa amasu e-LIGA micromanufacturing/micromachining esingawathola: - Izakhiwo zensimbi ezizimele - Izakhiwo zepulasitiki ezibunjiwe ngomjovo - Sisebenzisa isakhiwo esibunjwe ngomjovo njengento engenalutho singatshala izingxenye zensimbi noma izingxenye ze-ceramic ezishibilikayo. Izinqubo ze-LIGA micromanufacturing / micromachining zidla isikhathi futhi ziyabiza. Kodwa-ke, i-LIGA micromachining ikhiqiza lezi zibumba ezinembayo ezingasetshenziswa ukuphindaphinda izakhiwo ezifiselekayo ngezinzuzo ezihlukile. I-LIGA micromanufacturing ingasetshenziswa njengesibonelo ukwenza omazibuthe abancane abaqine kakhulu ngezimpushana zomhlaba eziyivelakancane. Izimpushana zomhlaba eziyivelakancane zixutshwa ne-epoxy binder bese zicindezelwa kusikhunta se-PMMA, zelashwe ngaphansi kwengcindezi ephezulu, zifakwe uzibuthe ngaphansi kwezindawo ezinamandla kazibuthe futhi ekugcineni i-PMMA iyancibilika kushiye ngemuva izibuthe ezincane ezinamandla eziyivelakancane ezingesinye sezimangaliso. micromanufacturing / micromachining. Siyakwazi futhi ukuthuthukisa amasu e-MEMS micromanufacturing/micromachining amasu nge-wafer-scale diffusion bonding. Ngokuyisisekelo singaba namajiyometri alengayo ngaphakathi kwamadivayisi we-MEMS, sisebenzisa i-batch diffusion bonding kanye nenqubo yokukhulula. Isibonelo silungiselela izendlalelo ezimbili ezinephethini ne-electroformed PMMA nge-PMMA ekhishwa kamuva. Okulandelayo, ama-wafer aqondaniswe ubuso nobuso namaphini omhlahlandlela bese ucindezela ukuhlanganisa ndawonye emshinini wokushisa oshisayo. Isendlalelo somhlatshelo kwenye yama-substrates siyaqoshwa okuholela kokuthi izendlalelo eziboshelwe kwenye. Amanye amasu okwenza i-micromanufacturing okungeyona i-LIGA ayatholakala kithi ukuze enze izakhiwo eziyinkimbinkimbi zezendlalelo eziningi. IZINQUBO ZE-SOLID FREEFORM MICROFABRICATION: I-Additive micromanufacturing isetshenziselwa ukwenza i-prototyping ngokushesha. Izakhiwo eziyinkimbinkimbi ze-3D zingatholwa ngale ndlela ye-micromachining futhi akukho ukususwa kwezinto okwenzekayo. Inqubo ye-Microstereolithography isebenzisa ama-polymers e-thermosetting ewuketshezi, i-photoinitiator kanye nomthombo we-laser ogxile kakhulu kububanzi obuncane obungange-micron engu-1 kanye nogqinsi lwesendlalelo esingaba ama-microns ayi-10. Le ndlela yokwenza i-micromanufacturing inqunyelwe ukukhiqizwa kwezakhiwo ze-polymer ezingaqhubi. Enye indlela yokwenza izinto ezincane, okungukuthi “ukufihla ubuso okusheshayo” noma eyaziwa nangokuthi “i-electrochemical fabrication” noma i-EFAB ibandakanya ukukhiqizwa kwemaski elastomeric kusetshenziswa i-photolithography. Imaski ibe isicindezelwa ku-substrate endaweni yokugeza ye-electrodeposition ukuze i-elastomer ihambisane ne-substrate futhi ingafaki isixazululo sokucwenga ezindaweni zokuthintana. Izindawo ezingamboziwe zifakwe ugesi njengesithombe sesibuko semaski. Ngokusebenzisa isigcwalisi somhlatshelo, umumo we-3D oyinkimbinkimbi wenziwa nge-microfabricated. Le ndlela “yokufihla ubuso esheshayo” ye-micromanufacturing/micromachining yenza kube nokwenzeka futhi ukukhiqiza ama-overhangs, ama-arches…njll. CLICK Product Finder-Locator Service IKHASI ELIDLULE

Mechanical Testing Instruments - Tension Tester - Torsion Test Machine - Bending Tester - Impact Test Device - Concrete Tester - Compression Testing Machine - H Mechanical Test Instruments Phakathi kwenani elikhulu le_cc781905-5cde-3194-BB3B-136Bad5c58d_mechanical Test Amathuluzi_Sihlole , IZIHLOLI ZOKUQINISEKISA, IMISHINI YOKUHLOLA IMICIMBI, IZINTO ZOKUHLOLA I-TORSION, UMSHINI WOKUHLOLA UKUKHATHUKA, AMAPHUZU AMATHATHU & AMANE OKUGOBELA ABAHLOLI, I-ROEGHRIESSNES, I-TESTERS, I-TESTERS, I-TESTERS, i-ROEGHRIESSI, i-TESTERS, i-ROEGHRIESS, i-TESTERS, i-TESTERS, i-ROEGHRIESS, i-TESTERS PRECISION INDLELA YOKUHLAZIYA. Sinikeza amakhasimende ethu amabhrendi ekhwalithi afana ne SADT, SINOAGE ngamanani angaphansi kohlu. Ukuze ulande ikhathalogi ye-metrology yomkhiqizo wethu we-SADT kanye nemishini yokuhlola, sicela UCHOKOZE LAPHA. Lapha uzothola ezinye zalezi zinsiza zokuhlola njengezihloli zikakhonkolo kanye nomhloli wokuqina kwendawo. Ake sihlole la madivayisi okuhlola ngemininingwane ethile: SCHMIDT HAMMER / CONCRETE TESTER : This test instrument, also sometimes called a SWISS HAMMER or a REBOUND HAMMER, iyithuluzi lokulinganisa izakhiwo ezinwebekayo noma amandla kakhonkolo noma amatshe, ikakhulukazi ubulukhuni bobuso kanye nokumelana nokungena. Isando sikala ukuphinda kuhlanganiswe kwesisindo esilayishwe entwasahlobo esinomthelela ebusweni besampula. Isando sokuhlola sizoshaya ukhonkolo ngamandla anqunywe kusengaphambili. Ukuphindaphinda kwesando kuncike ekuqineni kukakhonkolo futhi kukalwa ngemishini yokuhlola. Ukuthatha ishadi lokuguqulwa njengereferensi, inani lokubuyela emuva lingasetshenziswa ukucacisa amandla okucindezela. Isando i-Schmidt isikali esingalawuleki esisuka ku-10 siye ku-100. Izando ze-Schmidt ziza nobubanzi obuhlukahlukene bamandla. Amandla azo ahlukene yilawa: (i) Amandla omthelela ohlobo L-0.735 Nm, (ii) Amandla omthelela oHlobo luka-N-2.207 Nm; kanye (iii) namandla omthelela oHlobo lwe-M-29.43 Nm. Ukuhluka kwendawo kusampula. Ukuze unciphise ukuhluka kwendawo kumasampuli kunconywa ukuthi ukhethe ukufundwa futhi uthathe inani lakhona elimaphakathi. Ngaphambi kokuhlolwa, isando se-Schmidt sidinga ukulinganiswa kusetshenziswa i-anvil yokuhlola ukulinganisa esinikezwe umenzi. Ukufundwa okungu-12 kufanele kuthathwe, kwehle okuphezulu kakhulu nokuphansi, bese kuthathwa isilinganiso sokufundwa okuyishumi okusele. Le ndlela ibhekwa njengesilinganiso esingaqondile samandla wento. Inikeza inkomba esekelwe kuzakhiwo ezingaphezulu ukuze kuqhathaniswe phakathi kwamasampuli. Le ndlela yokuhlola yokuhlola ukhonkolo ilawulwa yi-ASTM C805. Ngakolunye uhlangothi, izinga le-ASTM D5873 lichaza inqubo yokuhlolwa kwetshe. Ngaphakathi kwekhathalogi yethu yomkhiqizo we-SADT uzothola le mikhiqizo elandelayo: DIGITAL CONCRETE TEST HAMMER SADT Models HT-225D/HT-75D/HT-20D_cc78de9005-9cf781905-9cf3b5-53b5-AD5555-781905-9cf5-d5-555-6551 I-HT-225D isando sokuhlola sikakhonkolo sedijithali esihlanganisiwe esihlanganisa iphrosesa yedatha nesando sokuhlola sibe iyunithi eyodwa. Isetshenziswa kabanzi ekuhloleni ikhwalithi engacekeli phansi ukhonkolo nezinto zokwakha. Kusuka kunani layo lokuphinda libophe, amandla okucindezela kakhonkolo angabalwa ngokuzenzakalelayo. Yonke idatha yokuhlola ingagcinwa kumemori futhi idluliselwe ku-PC ngentambo ye-USB noma ngokungenantambo nge-Bluetooth. Izinhlobo ze-HT-225D ne-HT-75D zinebanga lokulinganisa lika-10 – 70N/mm2, kanti imodeli i-HT-20D ino-1 – 25N/mm2 kuphela. Amandla omthelela we-HT-225D ngu-0.225 Kgm futhi afanele ukuhlolwa kwesakhiwo esijwayelekile nokwakhiwa kwebhuloho, amandla omthelela we-HT-75D ngu-0.075 Kgm futhi afanele ukuhlolwa kwezingxenye ezincane nezizwelayo zikakhonkolo nezitini zokwenziwa, futhi ekugcineni. amandla omthelela we-HT-20D ngu-0.020Kgm futhi afanele ukuhlola udaka noma imikhiqizo yobumba. IZIHLOLI ZOMPHUMELA: Emisebenzini eminingi yokukhiqiza kanye naphakathi nezimpilo zabo zesevisi, izingxenye eziningi zidinga ukulayishwa ngomthelela. Esivivinyweni somthelela, isampula enoshisiwe sifakwa kusihloli somthelela futhi siphulwa nge-pendulum eshwibayo. Kunezinhlobo ezimbili eziyinhloko zalolu hlolo: The CHARPY TEST and the_cc781905-5c35bbd-I-TEST_135bb3b3b. Ocwaningweni lwe-Charpy isifanekiso sisekelwa kuzo zombili iziphetho, kanti ekuhlolweni kwe-Izod zisekelwa kuphela endaweni eyodwa njenge-cantilever beam. Kusukela enanini lokushwibeka kwe-pendulum, amandla ahlakazekile ekuphuleni isifanekiso ayatholakala, lawa mandla awukuqina komthelela wento. Sisebenzisa izivivinyo zomthelela, singakwazi ukunquma amazinga okushisa e-ductile-brittle wezinto zokusebenza. Izinto ezinokumelana nomthelela omkhulu ngokuvamile zinamandla aphezulu kanye ne-ductility. Lezi zivivinyo ziphinde zembule ukuzwela kokuqina komthelela wento kukonakala kwendawo, ngoba inothi kusifanekiso ingabhekwa njengesici esingaphezulu. I-TENSION TESTER : Izici zokuguqulwa kwamandla kwezinto zinqunywa kusetshenziswa lolu hlolo. Isifanekiso sokuhlola silungiswa ngokuya ngamazinga we-ASTM. Ngokuvamile, izibonelo eziqinile neziyindilinga ziyahlolwa, kodwa amashidi ayisicaba namasampuli amashubhu angase ahlolwe kusetshenziswa ukuhlolwa kokuqina. Ubude bangempela besifanekiso yibanga eliphakathi kwamamaki egeji kuwo futhi ngokuvamile ubude bawo bungu-50 mm. Kuchazwa ngokuthi lo. Ubude obude noma obufushane bungasetshenziswa kuye ngezifanekiso nemikhiqizo. Indawo yokuqala ephambanayo ichazwa ngokuthi i-Ao. Ingcindezi yobunjiniyela noma ebizwa nangokuthi ingcindezi yegama bese inikezwa kanje: Sigma = P / Ao Futhi uhlobo lobunjiniyela lunikezwa kanje: e = (l – bheka) / bheka Esifundeni esinwebekayo esiwumugqa, isifanekiso sinwetshwa ngokulingana nomthwalo size sifike emkhawulweni wokulinganisa. Ngalé kwalo mkhawulo, nakuba kungenjalo ngomugqa, i-specimen izoqhubeka nokukhubazeka ngokunwebeka kuze kufike endaweni yokukhiqiza engu-Y. Kulesi sifunda esinwebekayo, impahla izobuyela kubude bayo bokuqala uma sisusa umthwalo. Umthetho kaHooke uyasebenza kulesi sifunda futhi usinika i-Young's Modulus: E = Sigma / e Uma sandisa umthwalo futhi sidlulela ngaphesheya kwephuzu lokukhiqiza Y, impahla iqala ukukhiqiza. Ngamanye amazwi, i-specimen iqala ukuguqulwa kwepulasitiki. I-deformation yepulasitiki isho ukuguquguquka okuhlala njalo. Indawo ye-cross-section ye-specimen iyancipha unomphela futhi ngokufanayo. Uma isifanekiso sithululwa kuleli phuzu, ijika lilandela umugqa oqondile uye phansi futhi uhambisane nomugqa wangempela endaweni yokunwebeka. Uma umthwalo uqhubeka ukhuphuka, ijika lifinyelela phezulu futhi liqala ukwehla. Iphoyinti lokucindezeleka eliphakeme libizwa ngokuthi amandla aqinile noma amandla okugcina e-tensile futhi lichazwa njenge-UTS. I-UTS ingahunyushwa njengamandla aphelele wezinto zokwakha. Uma umthwalo umkhulu kune-UTS, ukugoqa kwentamo kwenzeka esibonelweni futhi ukunwetshwa phakathi kwezimpawu zegeji akusafani. Ngamanye amazwi, i-specimen iba mncane kakhulu endaweni lapho intamo yenzeka khona. Ngesikhathi sokulala, ukucindezeleka kwe-elastic kuyehla. Uma ukuhlolwa kuqhubeka, ingcindezi yobunjiniyela yehla ngokuqhubekayo futhi isifanekiso siyaphuka endaweni yentamo. Izinga lokucindezeleka ekuqhekekeni yingcindezi yokuphuka. I-strain endaweni yokuphuka kuyinkomba ye-ductility. I-strain kuze kufike ku-UTS ibizwa ngokuthi i-uniform strain, futhi ukuphakama ekuqhekekeni kubizwa ngokuthi ukuphakama okuphelele. Ubude = ((lf – lo)/lo) x 100 Ukwehliswa Kwendawo = ((Ao – Af) / Ao) x 100 Ukwelulwa nokwehliswa kwendawo kuyizinkomba ezinhle ze-ductility. UMSHINI WOKUHLOLA UKUCHITHA ( COMPRESSION TESTER ) : Kulolu vivinyo, isifanekiso singaphansi komthwalo ocindezelayo ngokuphambene nokuhlolwa kwe-tensile lapho umthwalo uqinile. Ngokuvamile, isampula eqinile ye-cylindrical ibekwa phakathi kwamapuleti amabili ayisicaba futhi acindezelwe. Ngokusebenzisa izinto zokugcoba ezindaweni zokuthintana, into eyaziwa ngokuthi i-barreling iyavinjelwa. Izinga lobunzima bobunjiniyela ekucindezelweni linikezwa ngu: de / dt = - v / ho, lapho i-v iyijubane lokufa, ukuphakama kwesifanekiso sokuqala. Isilinganiso se-strain yeqiniso ngakolunye uhlangothi sithi: de = dt = - v/ h, okuthi h kube ukuphakama kwesifanekiso esisheshayo. Ukugcina izinga lobunzima beqiniso lingaguquki phakathi nokuhlolwa, iplastometer yekhamera ngokusebenzisa isenzo sekhamera yehlisa ubukhulu buka-v ngokulinganayo njengoba ubude besampula h buyehla ngesikhathi sokuhlolwa. Ukusebenzisa ama-duductilities okuhlola ukucindezelwa kwezinto kunqunywa ngokubheka imifantu eyakhiwe endaweni eyi-cylindrical enemigoqo. Olunye uvivinyo olunomehluko kumajiyometri we-die and workpiece yi- PLANE-STRAIN COMPRESSION TEST, okusinika ukucindezelwa kokuvunwa kokusebenza kwendiza okuchazwa kabanzi ngokuthi Y'. Ukucindezelwa kwesivuno sezinto zohlobo lwendiza kungalinganiselwa njengoku: Y' = 1.15 Y IZIMSHINI ZOKUHLOLA I-TORSION (TORSIONAL TESTERS) : The TORSION TEST_5195c5819966586566566586586496566566000000000000000000000000000000000000600000006000000000000000000000000000000000 Isampula ye-tubular enesigaba esimaphakathi esincishisiwe sisetshenziswa kulokhu kuhlolwa. Ingcindezi ye-Shear, T inikezwe ngu: T = T / 2 (Pi) (isikwele sika-r) t Lapha, u-T uyitorque esetshenzisiwe, u-r uyindawo emaphakathi futhi u-t uwugqinsi lwesigaba esincishisiwe esimaphakathi neshubhu. Ngakolunye uhlangothi uhlobo lwe-Shear lunikezwa ngu: ß = r Ø / l Lapha u-l ubude besigaba esincishisiwe futhi u-Ø i-engeli yokusonta kuma-radians. Ngaphakathi kobubanzi obunwebekayo, i-shear modulus (modulus of rigidity) ivezwa kanje: G = T / ß Ubudlelwano phakathi kwe-shear modulus kanye ne-modulus of elasticity yilokhu: G = E / 2( 1 + V ) Ukuhlolwa kwe-torsion kusetshenziswa emigoqweni eyindilinga eqinile emazingeni okushisa aphakeme ukuze kulinganiswe ukuqina kwezinsimbi. Lapho izinto ezisontekile zingamelana kakhulu ngaphambi kokwehluleka, ziba yinkohliso. THREE & FOUR POINT BENDING TESTERS : For brittle materials, the BEND TEST (also called FLEXURE TEST) kufanelekile. Isifanekiso esinonxande sisekelwa kuzo zombili iziphetho futhi umthwalo usetshenziswa ngokuma mpo. Amandla aqondile asetshenziswa kunoma iyiphi indawo njengasendaweni yomhloli wokugoba wamaphuzu amathathu, noma emaphoyinti amabili njengasendabeni yomshini wokuhlola amaphuzu amane. Ukucindezeleka ekuqhekekeni ekugobeni kubizwa ngokuthi i-modulus yokuphuka noma amandla okuqhekeka okuphambene. Inikezwa ngokuthi: Sigma = M c/I Lapha, u-M umzuzu wokugoba, u-c ingxenye eyodwa yokujula kwesifanekiso futhi mina isikhathi sokungaguquki kwesigaba esiphambene. Ubukhulu bengcindezi buyafana kukho kokubili ukugoba kwamaphuzu amathathu namane lapho wonke amanye amapharamitha agcinwa engashintshi. Ukuhlolwa kwamaphuzu amane kungenzeka kubangele i-modulus ephansi yokuqhekeka uma kuqhathaniswa nokuhlolwa kwamaphuzu amathathu. Okunye ukuphakama kokuhlolwa kokugoba ngamaphuzu amane ngaphezu kokuhlolwa kokugoba kwamaphuzu amathathu ukuthi imiphumela yakhona ihambisana kakhulu nokuhlakazwa okuncane kwezibalo zamanani. UMSHINI WOKUHLOLA UKUKHATHUKA: In FATIGUE TESTING, isifanekiso singaphansi ngokuphindaphindiwe ezimeni ezihlukahlukene zengcindezi. Izingcindezi ngokuvamile ziyinhlanganisela ye-tension, compression kanye ne-torsion. Inqubo yokuhlola ingase ifane nokugoba ucezu locingo ngokushintshana ohlangothini olulodwa, bese olunye luze luphuke. I-amplitude yokucindezeleka ingahlukahluka futhi ichazwe ngokuthi "S". Inani lemijikelezo yokubangela ukwehluleka okuphelele kwesifanekiso liyarekhodwa futhi liphawulwe ngokuthi “N”. I-Stress amplitude yinani eliphezulu lokucindezeleka ekucindezelekeni nasekucindezelekeni lapho isifanekiso singaphansi kwayo. Ukuhluka okukodwa kokuhlolwa kokukhathala kwenziwa ku-shaft ejikelezayo enomthwalo ophansi oqhubekayo. Umkhawulo wokubekezela (umkhawulo wokukhathala) uchazwa njengobukhulu. ukubaluleka kokucindezeleka okubalulekile kungamelana ngaphandle kokwehluleka kokukhathala kungakhathaliseki inani lemijikelezo. Amandla okukhathala ezinsimbi ahlobene namandla azo okugcina e-UTS. I-COEFFICIENT OF FRICTION TESTER : Lesi sixhobo sokuhlola sikala ukunethezeka lapho izindawo ezimbili ezixhumene zikwazi ukuslayida zidlule kwenye. Kunamanani amabili ahlukene ahlotshaniswa ne-coefficient of friction, okungukuthi i-static coefficient of friction. Ukungqubuzana okuqinile kusebenza emandleni adingekayo ukuze kuqaliswe ukunyakaza phakathi kwezindawo ezimbili futhi ukungqubuzana kwe-kinetic kuwukumelana nokuslayida uma izindawo sezinyakaza okuhlobene. Kudingeka kuthathwe izinyathelo ezifanele ngaphambi kokuhlolwa nangesikhathi sokuhlolwa ukuze kuqinisekiswe ukukhululeka ekungcoleni, kugrisi nokunye ukungcola okungase kube nomthelela omubi emiphumeleni yokuhlolwa. I-ASTM D1894 iyi-coefficient eyinhloko yezinga lokuhlola ukungqubuzana futhi isetshenziswa izimboni eziningi ezinezinhlelo zokusebenza nemikhiqizo ehlukene. Silapha ukuze sikunikeze imishini yokuhlola efaneleke kakhulu. Uma udinga ukusetha okungokwezifiso okuklanyelwe isicelo sakho, singashintsha okokusebenza okukhona ngokufanele ukuze kuhlangatshezwane nezidingo nezidingo zakho. ABAHLOLI Bokuqina : Sicela uye ekhasini lethu elihlobene ngokuchofoza lapha ABAHLOLI BOBUNCIKA : Sicela uye ekhasini lethu elihlobene ngokuchofoza lapha ABAHLOLI BEBUHLUNGU BOMHLABA : Sicela uye ekhasini lethu elihlobene ngokuchofoza lapha VIBRATION MTERS : Sicela uye ekhasini lethu elihlobene ngokuchofoza lapha TACHOMETERS : Sicela uye ekhasini lethu elihlobene ngokuchofoza lapha Ukuze uthole imininingwane nezinye izinto ezifanayo, sicela uvakashele iwebhusayithi yethu yemishini: http://www.sourceindustrialsupply.com CLICK Product Finder-Locator Service IKHASI ELIDLULE

Composites, Composite Materials Manufacturing, Particle and Fiber Reinforced, Cermets, Ceramic & Metal Composite, Glass Fiber Reinforced Polymer, Lay-Up Process Ukwenziwa Kwezinto Ezihlanganisiwe Nezinhlanganisela Ngokuchazwa kalula, IZINTO EZIYINGQIZINI noma IZINTO EZIYINKOKHELO yizinto ezihlanganisa izinto ezimbili noma eziningi ezinezakhiwo ezihlukile zomzimba noma zamakhemikhali, kodwa uma zihlanganiswa ziba into ehlukile kunezinto ezihlanganisayo. Kudingeka siveze ukuthi izinto eziyisisekelo zihlala zihlukene futhi zihlukile esakhiweni. Umgomo wokukhiqiza into eyinhlanganisela ukuthola umkhiqizo ongaphezu kwezingxenye zawo futhi uhlanganise izici ezifiselekayo zengxenye ngayinye. Njengesibonelo; amandla, isisindo esiphansi noma intengo ephansi kungase kube umgqugquzeli ngemuva kokuklama nokukhiqiza inhlanganisela. Uhlobo lwezinhlanganisela esizinikezayo ziyizinhlanganisela eziqiniswe yizinhlayiyana, izinhlanganisela eziqiniswe nge-fiber okuhlanganisa i-ceramic-matrix / i-polymer-matrix / i-metal-matrix / i-carbon-carbon / hybrid composite, izinhlanganisela zesakhiwo & laminated & isangweji-structured nama-nanocomposites. Amasu okwenziwa esiwasebenzisa ekukhiqizeni izinto eziyinhlanganisela yilawa: I-Pultrusion, izinqubo zokukhiqiza ngaphambi kwesikhathi, ukubekwa kwefayibha okuthuthukisiwe, ukugoqa kwefilament, ukubekwa kwefayibha ehambisanayo, inqubo yokubeka i-fiberglass spray, tufting, inqubo ye-lanxide, i-z-pinning. Izinto eziningi eziyinhlanganisela zenziwe ngezigaba ezimbili, i-matrix, eqhubekayo futhi ezungeze esinye isigaba; kanye nesigaba esihlakaziwe esizungezwe i-matrix. Sincoma ukuthi uchofoze lapha ukuzeLANDA Imifanekiso yethu Yohlelo Lwezinto Ezihlanganisiwe kanye Nokwenziwa Kwezinto Ezihlanganisiwe yi-AGS-TECH Inc. Lokhu kuzokusiza uqonde kangcono ulwazi esikunikeza lona ngezansi. • IZINKHIMBA EZIQINISEKISE INGXENYE : Lesi sigaba siqukethe izinhlobo ezimbili: Izinhlanganisela zezinhlayiyana ezinkulu nezinhlanganisela eziqiniswe ukuhlakazeka. Ohlotsheni lwangaphambili, ukusebenzisana kwezinhlayiyana ze-matrix akukwazi ukwelashwa ezingeni le-athomu noma lamangqamuzana. Kunalokho i-continuum mechanics iyasebenza. Ngakolunye uhlangothi, kuma-composites aqiniswe ukuhlakazeka izinhlayiya ngokuvamile zincane kakhulu kububanzi be-nanometer obungamashumi. Isibonelo senhlanganisela yezinhlayiyana ezinkulu ama-polymers okufakwe kuwo izigcwalisi. Ama-fillers athuthukisa izakhiwo zezinto ezibonakalayo futhi angashintsha enye yevolumu ye-polymer ngezinto ezonga kakhulu. Izingxenye zevolumu zezigaba ezimbili zithonya ukuziphatha kwenhlanganisela. Izinhlanganisela ezinkulu zezinhlayiya zisetshenziswa ngezinsimbi, ama-polymers nezitsha zobumba. Ama-CERMETS ayizibonelo zezinhlanganisela ze-ceramic / metal. I-cermet yethu ejwayelekile kakhulu i-carbide enosimende. Iqukethe i-refractory carbide ceramic njengezinhlayiya ze-tungsten carbide ku-matrix yensimbi efana ne-cobalt noma i-nickel. Lezi zinhlanganisela ze-carbide zisetshenziswa kabanzi njengamathuluzi okusika ensimbi eqinile. Izinhlayiya ze-carbide eziqinile zinesibopho sesenzo sokusika futhi ukuqina kwazo kuthuthukiswa yi-ductile metal matrix. Ngakho sithola izinzuzo zazo zombili izinto zokwakha endaweni eyodwa. Esinye isibonelo esivamile senhlanganisela yezinhlayiyana ezinkulu esizisebenzisayo izinhlayiya ze-carbon black ezixutshwe nenjoloba ecijile ukuze sithole inkimbi enamandla aqine kakhulu, ukuqina, ukudabuka nokungezwani kwemihuzuko. Isibonelo se-composite eqiniswe ukuhlakazeka yizinsimbi kanye nama-alloys ensimbi aqiniswe futhi aqiniswe ukuhlakazeka okufanayo kwezinhlayiya ezinhle zezinto ezinzima kakhulu futhi ezingenasici. Lapho ama-aluminium oxide amancane kakhulu engezwa ku-matrix yensimbi ye-aluminium sithola i-sintered aluminium powder enamandla athuthukisiwe ezinga lokushisa eliphezulu. • IZINKHIWO EZIQINISEKILE NGE-FIBER : Lesi sigaba sezinhlanganisela empeleni sibaluleke kakhulu. Umgomo wokufinyelela ungamandla aphezulu kanye nokuqina kweyunithi ngayinye yesisindo. Ukwakheka kwefayibha, ubude, umumo nokugxila kulezi zinhlanganisela kubalulekile ekunqumeni izakhiwo kanye nokuba wusizo kwalezi zinto. Kunamaqembu amathathu emicu esiyisebenzisayo: amadevu, imicu kanye nezintambo. AMA-whiskers azacile kakhulu futhi amade amakristalu awodwa. Ziphakathi kwezinto eziqine kakhulu. Ezinye izinto ze-whisker ziyi-graphite, i-silicon nitride, i-aluminium oxide. FIBERS ngakolunye uhlangothi ngokuvamile ama-polymers noma izitsha zobumba futhi asesimweni se-polycrystalline noma se-amorphous. Iqembu lesithathu yiZINKHIMBO ezinhle ezinobubanzi obukhulu ngokuqhathaniswa futhi ezihlanganisa ngokuvamile insimbi noma i-tungsten. Isibonelo senhlanganisela eqiniswe ngocingo amathayi emoto ahlanganisa izintambo zensimbi ngaphakathi kwerabha. Ngokuya ngezinto ze-matrix, sinezinhlanganisela ezilandelayo: I-POLYMER-MATRIX COMPOSITES : Lezi zenziwe nge-polymer resin nemicu njengesithako sokuqinisa. Iqembu elincane lalezi ezibizwa ngokuthi I-Glass Fiber-Reinforced Polymer (GFRP) Composites iqukethe imicu yengilazi eqhubekayo noma engaqhubeki ngaphakathi kwe-polymer matrix. Ingilazi inikeza amandla aphezulu, iyonga, kulula ukuyenza ibe imicu, futhi ayisebenzi ngamakhemikhali. Okubi ukuqina nokuqina kwazo okulinganiselwe, amazinga okushisa esevisi afinyelela ku-200 - 300 Centigrade kuphela. I-Fiberglass ifanele imizimba yezimoto nemishini yokuhamba, imizimba yezimoto zasolwandle, iziqukathi zokugcina. Azikulungele ukwenza i-aerospace noma ukwenziwa kwebhuloho ngenxa yokuqina okulinganiselwe. Elinye iqembu elincane libizwa nge-Carbon Fiber-Reinforced Polymer (CFRP) Composite. Lapha, ikhabhoni iyi-fiber material yethu ku-matrix ye-polymer. Ikhabhoni yaziwa ngemodulus yayo ethile ephezulu namandla namandla ayo okugcina lezi zisezingeni lokushisa eliphezulu. Amafayibha ekhabhoni angasinika imoduli esezingeni, emaphakathi, ephezulu nephezulu. Ngaphezu kwalokho, ama-carbon fibers anikeza izici ezihlukahlukene zomzimba nezomshini ngakho-ke afanelekela izinhlelo zokusebenza ezihlukahlukene zobunjiniyela ezenziwe ngokwezifiso. Izinhlanganisela ze-CFRP zingabhekwa njengokukhiqiza imishini yezemidlalo neyokungcebeleka, imikhumbi yokucindezela kanye nezingxenye zesakhiwo se-aerospace. Kodwa-ke, elinye iqembu elincane, i-Aramid Fiber-Reinforced Polymer Composites nayo inamandla aphezulu kanye nezinto zokwakha zemodulus. Amandla abo nezilinganiso zesisindo aphezulu kakhulu. Imicu ye-Aramid nayo yaziwa ngamagama okuhweba KEVLAR kanye no-NOMEX. Ngaphansi kokucindezeleka zenza kangcono kunezinye izinto ze-polymeric fiber, kodwa zibuthakathaka ekucindezelekeni. Imicu ye-Aramid iqinile, imelana nokushayisana, imelana nokukhathala, izinzile emazingeni okushisa aphezulu, ayizinzi ngamakhemikhali ngaphandle kwama-asidi aqinile nezisekelo. Imicu ye-Aramid isetshenziswa kakhulu ezimpahleni zemidlalo, amavesti angangenwa izinhlamvu, amathayi, izintambo, amashethi ekhebula le-fiber optic. Ezinye izinto zokuqinisa i-fiber zikhona kodwa zisetshenziswa ngezinga elincane. Lezi yi-boron, i-silicon carbide, i-aluminium oxide ikakhulukazi. I-matrix ye-polymer ngakolunye uhlangothi nayo ibalulekile. Inquma izinga lokushisa eliphezulu lesevisi lenhlanganisela ngoba i-polymer ngokuvamile inezinga lokushisa eliphansi lokuncibilika nokuwohloka. Ama-polyester nama-vinyl esters asetshenziswa kabanzi njenge-polymer matrix. Ama-resin nawo asetshenziswa futhi anokumelana okuhle kakhulu nomswakama kanye nezakhiwo zemishini. Isibonelo i-polyimide resin ingasetshenziswa kufika ku-230 Degrees Celcius. IZINKHIWO ZOKUMETAL-MATRIX : Kulezi zinto sisebenzisa i-matrix yensimbi eyi-ductile futhi amazinga okushisa esevisi ngokuvamile aphezulu kunezingxenye zawo. Uma kuqhathaniswa nezinhlanganisela ze-polymer-matrix, lezi zingaba namazinga okushisa aphakeme okusebenza, zingashi, futhi zingase zibe nokungabekezeleleki okungcono kokonakala ngokumelene noketshezi oluphilayo. Nokho ayabiza kakhulu. Izinto zokuqinisa ezifana nentshebe, izinhlayiya, imicu eqhubekayo futhi engapheli; kanye nezinto ze-matrix ezifana nethusi, i-aluminium, i-magnesium, i-titanium, ama-superalloys asetshenziswa kakhulu. Izibonelo zezinhlelo zokusebenza izingxenye zenjini ezenziwe nge-aluminium ingxubevange ye-matrix eqiniswe nge-aluminium oxide nemicu ye-carbon. CERAMIC-MATRIX COMPOSITES : Izinto zobumba zaziwa ngokuthembeka kwazo okuhle kakhulu kwezinga lokushisa eliphezulu. Kodwa-ke ama-brittle kakhulu futhi anenani eliphansi lokuqina kokuphuka. Ngokushumeka izinhlayiya, imicu noma amadevu e-ceramic eyodwa ku-matrix yenye siyakwazi ukufeza izinhlanganisela ezinokuqina kokuphuka okuphezulu. Lezi zinto ezishumekiwe zivimbela ngokuyisisekelo ukusakazeka kokuqhekeka ngaphakathi kwe-matrix ngezinye izindlela ezinjengokuchezukisa amathiphu okuqhekeka noma ukwenza amabhuloho ebusweni bokuqhekeka. Njengesibonelo, ama-alumina aqiniswa ngentshebe ye-SiC asetshenziswa njengokufakwa kwamathuluzi okusika ukwenza ama-alloys ensimbi eqinile. Lokhu kungaveza ukusebenza okungcono kakhulu uma kuqhathaniswa nama-carbides asimende. IZIQINISEKISO ZE-CARBON-CARBON : Kokubili ukuqinisa kanye ne-matrix kuyikhabhoni. Zine-moduli ephezulu eqinile namandla emazingeni okushisa angaphezulu kuka-2000 Centigrade, ukumelana ne-creep, ukuqina kokuphuka okuphezulu, ama-coefficients aphansi okunweba okushisayo, ukuqhutshwa kokushisa okuphezulu. Lezi zakhiwo zizenza zilungele izinhlelo zokusebenza ezidinga ukumelana nokushaqeka okushisayo. Ubuthaka bezinhlanganisela zekhabhoni-carbon nokho ukuba sengozini kwayo ekulweni ne-oxidation emazingeni okushisa aphezulu. Izibonelo ezijwayelekile zokusetshenziswa ukubunjwa kokucindezela okushisayo, ukukhiqizwa kwezingxenye zenjini ye-turbine ethuthukisiwe. IZINJONGO ZAMAHYBRID : Izinhlobo ezimbili noma ngaphezulu ezihlukene zemicu zixutshwa ku-matrix eyodwa. Ngakho-ke umuntu angakwazi ukuhlanganisa ukwaziswa okusha ngenhlanganisela yezinto. Isibonelo lapho kokubili i-carbon nengilazi imicu ihlanganiswa ne-polymeric resin. Amafayibha ekhabhoni ahlinzeka ngokuqina okuphansi kokuqina namandla kodwa ayabiza. Ngakolunye uhlangothi ingilazi ayibizi kodwa ayinakho ukuqina kwe-carbon fibers. Inhlanganisela ye-glass-carbon hybrid hybrid inamandla futhi iqinile futhi ingenziwa ngezindleko eziphansi. UKUHLANGANISWA KWEZINKHIMBA EZIQINISELWE I-FIBER : Kumapulasitiki aqhubekayo aqiniswe ngefayibha anemicu esatshalaliswa ngokulinganayo eqondiswe ohlangothini olufanayo sisebenzisa amasu alandelayo. I-PULTRUSION: Izinduku, imishayo namashubhu anobude obuqhubekayo kanye nezigaba ezinqamulayo ezingashintshi ziyakhiqizwa. Ama-fiber rovings aqhubekayo ahlanganiswe ne-thermosetting resin futhi adonswa nge-steel die ukuze awamise abe yisimo oyifunayo. Okulandelayo, badlula emshinini wokuphulukisa owenziwe ngomshini ukuze bathole ukuma kwawo kokugcina. Njengoba ukufa kokwelapha kushisa, kwelapha i-resin matrix. Abadonsayo badweba izinto ngokusebenzisa ama-dies. Ngokusebenzisa ama-cores angenalutho, siyakwazi ukuthola amashubhu namajometri angenalutho. Indlela ye-pultrusion i-automated futhi isinika amanani aphezulu okukhiqiza. Noma ibuphi ubude bomkhiqizo bungakhiqizwa. INKQUBO YOKUKHIQIWA KWA-PREPREG : I-Prepreg iyi-fiber eqhubekayo eqinisayo efakwe ngaphambili nge-polymer resin elashwe kancane. Isetshenziselwa kakhulu izinhlelo zokusebenza zesakhiwo. Impahla iza ngendlela ye-tape futhi ithunyelwa njenge-tape. Umkhiqizi uyibumba ngokuqondile futhi uyelapha ngokugcwele ngaphandle kwesidingo sokwengeza noma iyiphi inhlaka. Njengoba ama-prepregs ethola ukusabela kokwelapha ekamelweni lokushisa, agcinwa ku-0 Centigrade noma emazingeni okushisa aphansi. Ngemuva kokusetshenziswa amateyipu asele agcinwa emazingeni okushisa aphansi. Kusetshenziswa izinhlaka ze-Thermoplastic kanye ne-thermosetting futhi imicu yokuqinisa yekhabhoni, i-aramid nengilazi ijwayelekile. Ukuze usebenzise ama-prepreg, iphepha lokusekela lenkampani yenethiwekhi liyasuswa kuqala bese ukwakhiwa kwenziwa ngokubeka itheyiphu ye-prepreg endaweni enamathuluzi (inqubo yokubeka). Kungase kubekwe ama-plies amaningana ukuze kutholwe ubukhulu obufunekayo. Umkhuba ovamile ukushintsha i-fiber orientation ukukhiqiza i-cross-ply noma i-angle-ply laminate. Ekugcineni kufakwa ukushisa nokucindezela ukuze kwelashwe. Kokubili ukucubungula ngesandla kanye nezinqubo ezizenzakalelayo zisetshenziselwa ukusika ama-prepregs kanye nokubeka phezulu. I-FILAMENT WINING : Amafayibha aqinisayo aqhubekayo amiswe ngokunembile kuphethini enqunywe kusengaphambili ukuze alandele okungenalutho futhi ngokuvamile umumo we-cyclindirical. Imicu iqala idlule kubhavu we-resin bese ilinyazwa ku-mandrel ngohlelo oluzenzakalelayo. Ngemva kokuphindwaphindwa okuphindwaphindwayo okuphindwaphindwayo kutholakala ugqinsi olufunwayo futhi ukuphulukiswa kwenziwa endaweni yokushisa yasekamelweni noma kuhhavini. Manje i-mandrel isusiwe futhi umkhiqizo udilizwa. I-Filament winding inganikeza izilinganiso eziphezulu kakhulu zamandla nesisindo ngokusonta imicu ngamaphethini ayisiyingi, i-helical kanye ne-polar. Amapayipi, amathangi, ama-casings akhiqizwa kusetshenziswa le nqubo. • IZIKHIWO ZOKUQUKETHWA : Ngokujwayelekile lezi zenziwa yikho kokubili okufana nokuhlanganisayo. Ngakho-ke izakhiwo zalezi zinqunywa izinto ezikhona kanye nomklamo wejometri wezakhi zawo. Nazi izinhlobo ezinkulu: IZIQINISEKISO ZE-LAMINAR : Lezi zinto zesakhiwo zenziwe ngamashidi anezinhlangothi ezimbili noma amaphaneli anezikhombisi-ndlela ezikhethwayo zamandla aphezulu. Izendlalelo ziyapakishwa futhi zihlanganiswe ndawonye. Ngokushintshanisa izikhombisi-ndlela zamandla aphezulu kuma-axes amabili e-perpendicular, sithola inhlanganisela enamandla amakhulu kuzo zombili izinkomba endizeni enezinhlangothi ezimbili. Ngokulungisa ama-engeli ezingqimba umuntu angakwazi ukukhiqiza inhlanganisela enamandla ngezindlela ezithandwayo. Ukushushuluza kwesimanje kukhiqizwa ngale ndlela. I-SANDWICH PANEL : Lezi zinhlanganisela zesakhiwo azisindi kodwa zibe nokuqina okukhulu namandla. Amaphaneli eSandwich aqukethe amashidi angaphandle amabili enziwe ngezinto eziqinile neziqinile njengama-alloys e-aluminium, amapulasitiki aqiniswe ngefayibha noma insimbi kanye nomgogodla phakathi kwamashidi angaphandle. Umgogodla udinga ukuba ube lula futhi isikhathi esiningi ube ne-modulus ephansi yokunwebeka. Izinto ezisemqoka ezidumile amagwebu e-polymeric aqinile, ukhuni namakhekheba ezinyosi. Amapaneli e-Sandwich asetshenziswa kabanzi embonini yezokwakha njengezinto zokufulela, izinto eziphansi noma zodonga, futhi nasezimbonini ze-aerospace. • I-NANOCOMPOSITES : Lezi zinsiza ezintsha zihlanganisa izinhlayiya ze-nanosized ezishumekwe ku-matrix. Ngokusebenzisa ama-nanocomposites singakha izinto zenjoloba eziyizithiyo ezinhle kakhulu zokungena komoya kuyilapho sinakekela izakhiwo zazo zenjoloba zingashintshile. CLICK Product Finder-Locator Service IKHASI ELIDLULE

Gallery of Manufactured Products by AGS-TECH Inc., Plastic and Rubber Molds & Molding, Metal Castings, Machined Components, Metal Stamping, Sheet Metal I-AGS-TECH, Inc. ingeyakho IGlobal Custom Manufacture, Integrator, Consolidator, Outsourcing Partner. Singumthombo wakho wokuma okukodwa wokukhiqiza, ukwenza, ubunjiniyela, ukuhlanganisa, ukukhishwa kwemisebenzi. Igalari ye Manufactured Products Sicela uchofoze amamenyu angezansi ukuze ubone eminye imikhiqizo esiyenzele amakhasimende ethu esikhathini esidlule. Imikhiqizo ebesiyenza ihlanganisa isikhunta sepulasitiki nenjoloba, izingxenye ezibunjiwe, izinto ezibunjiwe zensimbi nezinto ezenziwe ngomshini, izinto zokubumba, izinsimbi, izitembu nezinsimbi ezenziwe ngeshidi, imihlangano yemishini, imihlangano kagesi neye-electronic, optical, fibre optic, optomechanical, optoelectronic components_cc781905 -5cde-3194-bb3b-136bad5cf58d_ nemihlangano, amathuluzi angokwezifiso, amasistimu ezishintshayo, imishini yokuhlola kanye ne-metrology kanye nemishini ukubala okumbalwa. VAKASHELA Igalari Izibungu Zepulasitiki & Molding VAKASHELA Igalari Isikhunta se-Rubber ne-Elastomer & Molding VAKASHELA Igalari I-Metal ne-Metal Alloy Castings VAKASHELA Igalari Izingxenye Zomshini & Ukugaya & Ukujika VAKASHELA Igalari Metal Stamping & Sheet Metal Fabrication VAKASHELA Igalari Mechanical Assemblies VAKASHELA Igalari Ugesi kanye ne-Electronic Assemblies VAKASHELA Igalari Imihlangano ye-Optomechanical VAKASHELA Igalari I-Electronic Prototyping VAKASHELA Igalari Ama-LED Product Assemblies IKHASI ELIDLULE