Izixhobo zokulawula i-electromagnetic ziphucula njani umgangatho we-welding

Kwintsimi ye-welding yensimbi yensimbi engasebenziyo, ukuze ufumane umgangatho ophezulu we-WEELT. Inkqubo ye-argon arlling (i-tig) iya kusetyenziswa. Xa inkqubo idliwe ngokuzenzekelayo, njengoko isantya se-welding sonyuka, i-ARC iya kutsalwa, kwaye ikhawuleza isantya, esiya kulisebenzisa kakhulu ukungena kwelding.

Izixhobo zolawulo lwe-electromagnetic eziphuhliswe yi-Higao inozinzo, i-ARC ayizukujijela okanye ishiywe okanye ihambe kakuhle, kwaye ithobe 'ayizukuphumelela. Ke iphucule ukusebenza kwemveliso ngelixa kuqinisekisa umgangatho, kwaye isantya sophuculo se-20-30% iqinisekisiwe kwimveliso yokwenene. Ubungakanani bomkhosi we-electromagnetic unokuhlengahlengiswa ukuze uhlengahlengiswe kwimisipha eyahlukeneyo ye-well kunye nezantya.

Njengoko kubonisiwe kumzobo 1, kukho iingxaki eziphantsi kumacala omabini nangaphakathi kwe-WODT, kwaye kukho ingxaki ' fup ' ngaphakathi nangaphandle kwe-shld. Ingakumbi kwimibhobho yeWedDed yeWelded, imibhobho yococeko, xa ingxaki iphantsi ingagungqi, iya kubangela ulwelo olushiyekileyo kwaye lususe umbhobho wentsimbi. Ikwabangela inoxinzelelo loxinzelelo. Ke ngoko, kwicandelo lemibhobho yeWelday yeWelded, ukuze ufumane i-wels ephezulu, kuyimfuneko ukunciphisa isantya se-welding kwaye uqinisekise umgangatho we-welding.

Ukuze usombulule le ngxaki, inkampani yethu iphuhlise i-arc welting stiabizer, i-arc ayiyi kuhlala ngasemva okanye ishiywe kwaye ilungile, i-humps 'iboniswe kumzobo 2). Ayiphuhli nje ukuphucula ukusebenza kwemveliso kodwa kukuqinisekisa umgangatho. Ukunyuka kwesantya se-20-30% iqinisekisiwe kwimveliso yokwenene. Ngokwenene, amandla e-electromagnetic anokulungiswa ukuze aqhelane nemisipha ye-welding kunye nezantya.