Ukuhlanganiswa kwe-ARC ye-Agon Imishini ye-welding ye-arc iqinile, ukushisa kugxiliwe, izinga lokushisa lekholomu le-arc liphezulu, ukukhiqizwa kokukhiqizwa kwe-welding kuphezulu, indawo ethintekile ukushisa incane, futhi izingxenye ezishibhile zinengcindezi encane, i-deformation kanye nokuthambekela kokuqhekeka; I-Argon Arc Welding ivuliwe i-arc welding, ukusebenza, kulula ukuyibona; Ukulahleka kwe-elekthrodi kuncane, ubude be-arc kulula ukulugcina, futhi akukho flux noma ukunamathela ngesikhathi se-welding, ngakho-ke kulula ukukuthola ukuwaqonda ukusebenza kanye ne-automation; I-Argon ARC WELDING ingavimba cishe zonke izinsimbi, ikakhulukazi ezinye izinsimbi eziwusizo nezinsimbi ezi-oxidized, njenge-magnesium, i-titanium, i-molybdenum, i-aluminium, i-aluminium, ama-alloys awo; Inqunyelwe isikhundla se-weldentiment, i-welding ye-all-position ingenziwa. Lapho amapayipi we-welding nge-Manual Arc Welding, kulula ukuba namaphutha anjengokungaphelele, ukufakwa kwe-slag, kanye nama-pores.
Inqubo ye-argon arc welding amapayipi ensimbi angenazici ane Imishini yepayipi yezezimboni ukunciphisa igebe phakathi kwama-welderment.
1. Ukuvuselelwa okushisayo kwepayipi lensimbi elingenacala kumpofu futhi kulula ukushiswa ngokuqondile; Asikho isidingo sokugcwalisa ucingo lwe-welding ngesikhathi se-welding, ukuze impahla eyisisekelo ingafakwa ngqo.
2 Uma kungaphansi kuka-0,5 mm, ungasebenzisi i-Arron Arc Welding. Uma ufuna ukugcwalisa ucingo lwe-welding, ucingo lwe-welding kumele lube lulungile, 0.8 mm, futhi okwamanje kufanele kube okuncane futhi kube yincane ngokwanele ukuba incibilike. I-Welding Wire, cishe i-30 a, umshini we-welding uhlukile, lungisa usayizi wamanje ngokuya ngemishini ehlukene ye-welding.
3. Ngamapayipi ancishisiwe, ijubane le-welding kumele lisheshe, ngokushesha kube ngcono, lincane kakhulu, libe ngcono kakhulu, futhi libe ngcono umphumela wokupholisa amanzi. Imishini ye-Welding nayo inolwazi, futhi imishini ye-inverter DC Welding ikhethiwe ngokuvamile, kanti izinga lokugeleza lizinzile.
4. Ukuhlanzeka kwe-Arton, izinga lokugeleza kanye nesikhathi se-Argen Flow nakho kudinga ukunakwa. Ubumsulwa be-argon kumele bube bukhulu kune-99.99%. Iqhaza likagesi we-Argon ikakhulukazi ukuvikela i-oxidation okubangelwa ukuguguleka kwechibi elibunjiwe ngomoya ngesikhathi senqubo ye-welding, futhi ngasikhathi sinye ukuze uhlukanise indawo ye-weld ukuze uthuthukise ukusebenza kwe-welding.
5. I-Electrode yeTungsten. I-electrode enhle yeTungsten inethonya elibalulekile emphumeleni we-welding. Ingaphezulu le-electrode ye-tungsten kumele libushelelezi, futhi iziphetho kufanele zilolwe futhi zibe nokuqina okuhle. Le ndlela inokulahla okuhle kwe-arc ephezulu, ukuqina okuhle kwe-arc, ichibi elibunjiwe elijulile, nechibi elibunjiwe; I-Weld Seam yakhiwa kahle futhi ikhwalithi ye-welding ilungile. Ingaphezulu le-electrode ye-tungsten lishisiwe noma kunezici ezinjengokungcola, imifantu, ukushwabana, njll. Kulokhu, ukwehla okuphezulu kwe-arc kunzima, i-arc ayizinzile, i-arc drift, ukuvezwa kwamachibi okubunjiwe, ukunwetshwa komhlaba, ukungena komfula ongashoni, ukwanda okungasho lutho, ukwenelwa kwe-weld komthungo, ukwanda komthungo okumpofu. Ngakho-ke, ikhwalithi ye-tungsten ibaluleke kakhulu lapho ishubhu lensimbi elingenasici lishintshiwe nge-argon arc welding.
Uma unemibuzo mayelana nenqubo yokukhiqiza yensimbi engenasici zezimboni zamapayipi, sicela uthintane I-Hanao Tech (Seko Imishini) yokubonisana. Sineminyaka engaphezu kwengu-20 yesipiliyoni ekukhiqizweni kwe I-Intess yensimbi yezimboni ye-welded ye-weldert yokwenza imishini yokwenza imishini , futhi ihlanganise inani elikhulu ledatha yomsebenzisi namacala amakhasimende acebile, angakusiza uthole ukuthuthuka okukhulu ngekhwalithi yokukhiqiza kanye nesivuno!
