Kuyini ukwakheka kwengxube ye-argon-hydrogen?
1.Yini ingxube ye-argon-hydrogen?
Igesi exutshwe ne-Argon-hydrogen ehlanganisiwe igesi esetshenziswa kakhulu esetshenziswa, esetshenziswa kabanzi ekushiseni, ukusika, ukufafaza okushisayo kanye namanye amasimu ezimboni. I-argen-hydrogen exutshwe igesi ehlanganisiwe inethonya elibalulekile emthethweni wokuvikelwa kanye nekhwalithi ye-welding.
2.I-hydrogen hydrogen ingxube evuthayo ingavutha?
I-hydrogen-argon ehlanganisiwe igesi ayivuli, ngoba i-hydrogen-argon exutshwe igesi, i-hydrogen ihlala ama-2% ~ ~ 95% i-argon, okungakwazi ukufika ku-argon encane kakhulu, okungakwazi ukufika e-argon igesi.
3.Kungabikwa yini amanye amagesi nge-argon?
I-H2, O2, CO, CO2, CH4, C2H2, C2H4, C3H6, C3H6, C3H8
I-4.influence ye-hydrogen e-Argen ivikela igesi ngensimbi engenacala?
I-Chlorine gesi igesi i-inert futhi ayisebenzi ngamakhemikhali ngensimbi ye-weld yokucubungula insimbi engenasici kanye ne-welding. Ubuningi begesi bungaphezulu kwama-40% aphezulu kunale moya. Akulula ukudonsa lapho isetshenziswa, ngakho-ke igesi enhle yokuvikela. Ukuvuselelwa kwegesi kwe-chlorine kuphansi kakhulu, futhi akulula ukubola futhi kumunca ukushisa ngokushisa okuphezulu. Lapho i-arc ivutha e-hydrogen, ukulahleka kokushisa kuphansi, futhi ukushisa kwe-ionization kuphansi. Ngakho-ke, ukuzinza kwe-ARC yokuqina kwe-chlorine gesi kwavikelekile ukufudumala kuhamba phambili phakathi kwamalahle ahlukahlukene avikelwe yigesi. . Ikakhulu ku-Fusion Arc Welding, i-Welding Wire Metal Kulula kakhulu ukushintshela kwi-axial jet ezinzile, futhi i-spatter nayo iphansi kakhulu, ngakho-ke isetshenziswa kabanzi ku-fusion welding.
