Ukusetshenziswa kwe-ZHHIMG brand granite kumishini yokumaka ye-laser yebhethri: Yiziphi izinzuzo zesisekelo
Emkhakheni wokwenziwa kwebhethri lamandla amasha, ukumaka i-laser, njengenqubo eyinhloko enquma ukusebenza nokuphepha kwamabhethri, kubeka izidingo eziqinile zokuzinza kwemishini. I-ZHHIMG brand granite, enezici zayo ezibonakalayo namakhemikhali ezivelele, isiphenduke into ethandwayo yesisekelo semishini yokumaka yebhethri ye-laser. Ngezixazululo ezinembayo nezinozinzo oluphezulu, kusiza amabhizinisi ukuthi aphule izithiyo zokukhiqiza futhi athuthukise ukuncintisana komkhiqizo. .
I-coefficient ephansi kakhulu yokunwetshwa kwe-thermal: "I-Stabilizing anchor" ngokumelene nokuguquguquka kwezinga lokushisa
Lapho okokusebenza kokumaka nge-laser kusebenza, izici ezifana nokushisa okukhiqizwa i-laser kanye nokungqubuzana kokudluliselwa komshini kungabangela izinguquko eziphawulekayo kuzinga lokushisa langaphakathi lezinto zokusebenza. Ukuguqulwa kobukhulu bezinto ezivamile ngaphansi kokuguquguquka kwezinga lokushisa kuzothinta ngokuqondile ukunemba kokugxila kwe-laser kanye nokunemba kwe-trajectory yokubhala. I-thermal expansion coefficient ye-ZHHIMG brand granite iphansi njenge-(4-8) ×10⁻⁶/℃, engacindezela ngempumelelo ukuwohloka kokushisa ngesikhathi sokusebenza okuqhubekayo kwesikhathi eside kwemishini. Isibonelo, ngaphansi kwesimo sokusebenza sokushintsha kwezinga lokushisa elingu-10℃, ukuwohloka kwesisekelo segwadle esiyimitha elingu-1 ubude be-ZHHIMG singama-nanometer angu-40-80 kuphela, cishe awanaki. Lokhu kuqinisekisa ukuthi i-laser beam ihlala isebenza ngokunembile ebusweni beshidi le-electrode yebhethri, igwema amaphutha njengokuchezuka komugqa nokujula okungalingani okubangelwa ukuwohloka kwe-thermal, nokuthuthukisa ngokuphawulekayo isivuno somkhiqizo. .
Ukusebenza okuvelele kokuvimbela ukudlidliza: "Isithiyo semvelo" sokuqeda ukuphazamiseka kokudlidliza
Ukudlidliza kwemvelo okukhiqizwa ukusebenza kwezinye izinto zokusebenza kanye nokunyakaza kwabasebenzi ngaphakathi efektri, kanye nokudlidliza kwemishini okubangelwa ukunyakaza kwekhanda le-laser ngesivinini esikhulu, konke kungaphazamisa ukunemba kokumaka. Ukuminyana kwegwadle le-ZHHIMG kufinyelela ku-2.6-2.8g /cm³, futhi ubulukhuni bayo buphezulu njengo-6-7 esikalini se-Mohs. Isakhiwo sangaphakathi sekristalu yamaminerali siyinikeza izakhiwo ezinhle kakhulu zokudambisa, ngesilinganiso somswakama esingu-0.05-0.1, okuyizikhathi eziphindwe ka-5-10 kunezinto ezijwayelekile zensimbi. Ezisetshenziswa ezingokoqobo, lapho ukudlidliza kwangaphandle kudluliselwa kusisekelo segwadle, kunganciphisa i-amplitude yokudlidliza ngaphezu kuka-90% phakathi nemizuzwana engu-0.5, ihlukanise ngempumelelo umthelela wokudlidliza kumzila we-laser optical futhi iqinisekise ukushelela nokuvumelana kwemigqa ephawuliwe. Ngemuva kokuthi inkampani ethile ekhiqiza amabhethri yamukele okokusebenza kokumaka kwesisekelo se-laser ye-granite ye-ZHHIMG, izinga lokukhiqiza lokumaka amashidi e-electrode lenyuke lisuka ku-85% laya ngaphezu kwama-95%. .
Ukuzinza kwamakhemikhali kanye nokungcola okuyiziro: "Abaqaphi Bezokuphepha" Abaqinisekisa Ukuhlanzeka Kwenqubo
Indawo yokukhiqiza ibhethri inezidingo eziphezulu kakhulu zokuhlanzeka. Noma yikuphi ukungcola kungase kuthinte ukusebenza nempilo yebhethri. I-ZHHIMG granite yakhiwe ikakhulukazi ngamaminerali afana ne-quartz ne-feldspar. Inezici zamakhemikhali ezinzile futhi imelana ne-asidi ne-alkali corrosion. Uma ihlangana nezinto zamakhemikhali njengama-electrolyte namagesi avikelayo e-laser, ngeke ibhekane nokusabela kwamakhemikhali noma ikhiphe izinto eziyingozi. Ngaleso sikhathi, ukwakheka kwayo okuminyene (i-porosity <0.1%) iyenza ikwazi ukukhiqiza cishe imfucumfucu, ihlangabezana nezinga le-ISO Class 1 legumbi lokuhlanza lezindawo zokusebenzela zokukhiqiza amabhethri. Ngokungafani nezisekelo zensimbi ezingase zidale ukungcoliswa kwe-ion yensimbi ngenxa yokugqwala, isisekelo segwadle se-ZHHIMG sinikeza indawo ehlanzekile yenqubo yokumaka nge-laser, ukunciphisa izingozi ezifana namasekhethi amafushane ebhethri nokuzikhulula, kanye nokuthuthukisa ikhwalithi yomkhiqizo nokwethembeka. .
Ukuvumelana nezimo kokucubungula okuphezulu: Ukubeka "isisekelo esithembekile" sokukhiqiza okunembayo
Imishini yokumaka i-laser idinga ukunemba kokubeka ezingeni le-micrometer noma ngisho neleveli ye-nanometer, ebeka izidingo eziphakeme kakhulu ekucubunguleni okunembayo kwesisekelo. Ngokuthembela kubuchwepheshe bokucubungula obuthuthukisiwe, uhlobo lwe-ZHHIMG lungalawula ukucaba kwesisekelo segwadle phakathi kuka-±0.5μm/m kanye nobuhwaba obungaphezulu obungu-Ra≤0.05μm, sinikeza izinkomba zokufaka ezinembayo zezingxenye eziyinhloko njengamakhanda e-laser namareyili esiqondiso esinembayo. Ngezinqubo zokugaya nokupholishwa okunembe kakhulu, isisekelo se-granite se-ZHHIMG singahlangabezana ngokuphelele nezidingo zokunemba okuphezulu kwemishini yokumaka ye-laser ephezulu, iqinisekisa ukusebenza okuzinzile kwesikhathi eside kwemishini kanye nokunciphisa imvamisa yokulinganisa nokugcinwa kwemishini okubangelwa ukunemba kwesisekelo okunganele. .
Ukuphila okude nokusebenza kwezindleko eziphezulu: "Uzakwethu oyinhloko" wokusiza amabhizinisi ehlise izindleko futhi andise ukusebenza kahle
.
.
Isisekelo se-granite se-ZHHIMG sinokumelana okuhle nokukhathala kanye nokumelana nokuguga. Ngaphansi kwezimo ezijwayelekile zokusetshenziswa, impilo yayo yesevisi ingafinyelela ngaphezu kweminyaka engama-20 futhi ayidingi ukulungiswa njalo. Uma kuqhathaniswa nezisekelo zensimbi ezingase zifinyeze impilo yesevisi yemishini ngenxa yokuqhekeka kokukhathala, ukugqwala nezinye izinkinga, izisekelo ze-granite ze-ZHHIMG zehlisa kakhulu izindleko zokushintshwa nokugcinwa kwemishini yamabhizinisi. Ngokuhamba kwesikhathi, inzuzo yayo ephezulu yokusebenza kwezindleko ibalulekile, ukusiza amabhizinisi akhiqiza amabhethri ukuthi athuthukise ukusebenza kahle kokukhiqiza kuyilapho kulawulwa ngempumelelo izindleko zokukhiqiza futhi kukhuphula ukuncintisana kwemakethe. .
Igwadle lomkhiqizo we-ZHHIMG, nezinzuzo zalo ezibanzi ekuzinzeni kokushisa, ukumelana nokudlidliza, ukuzinza kwamakhemikhali, ukunemba kokucubungula kanye nomnotho, inikeza isiqinisekiso sokusebenza nxazonke zemishini yokumaka yebhethri ye-laser. Ngokumelene nokwasemuva kwentuthuko esheshayo yemboni yamandla entsha, isisekelo segwadle se-ZHHIMG siba amandla ayinhloko aqhuba ukukhiqizwa kwebhethri ekunembeni okuphezulu nokusebenza kahle.
Isikhathi sokuthumela: May-21-2025