Uninzi lwabashicileli beentambo badla ngokufunda ngohlobo olunye lwe-electrode. Kuyaqondakala. Kukuvumela ukuba uphucule izakhono zakho ngaphandle kokukhathazeka ngeeparameters kunye nezicwangciso ezahlukeneyo. Kwakhona ngumthombo wengxaki yobhubhane phakathi kwabashicileli beentambo abaphatha uhlobo ngalunye lwe-electrode ngendlela efanayo. Ukuqinisekisa ukuba awusoze ube lixhoba, siqokelele isikhokelo esigqibeleleyo seentlobo ze-electrode kunye nendlela yokuzisebenzisa.
E6010
Zombini ii-6010 kunye ne-6011 ziintonga zeFast Freeze. I-Fast Freeze ithetha kanye into onokuyicinga (enkosi mfondini welding). Ii-electrode zeFast Freeze zipholile ngokukhawuleza kunezinye iintlobo, zigcina ichibi lingavuthuzi kwaye lishushu kakhulu. Oku kuthetha ukuba uya kukwazi ukubeka intsimbi encinci engena ngaphakathi kwindawo yakho yokusebenza. Ikuvumela ukuba utshise umhlwa kunye nezinto ezingcolileyo, ngoko akufuneki ucoce izinto zakho ngaphambi kokuba udibanise. Into enye ekufuneka uyikhumbule kukuba ii-6010 rods zisebenza kuphela kwi-Direct Current Electrode Positive.
E6011
Ii-electrode zenziwa, azizalwanga. Kodwa ukuba bezinjalo, i-6011 ibiya kuba yiwele le-6010. Zombini zizintonga zeFast Freeze, ezenza zibe zilungele iziseko zeengcambu kunye nokuwelda ngepayipi. Ichibi labo elincinci lokuwelda lishiya inkunkuma encinci ukuze kube lula ukuyicoca. Nangona i-6011 yenzelwe ngokukodwa oomatshini be-AC, ingasebenza kwi-DC iyinika ithuba ngaphezu kwee-electrode ze-6010 (ezinokwenza kuphela i-Direct Current Electrode Positive).
E6013
Impazamo eqhelekileyo kubawelda beStick kukuphatha ii-electrode zabo ze-6013 njengee-rod ze-6011 okanye ze-6010. Nangona ifana kwezinye iinkalo, i-6013 ine-slag ye-iron-pound efuna amandla angakumbi ukuyityhala. Abawelda bayadideka xa iintsimbi zabo zigcwele imingxunya yemibungu, bengaqondi ukuba kufuneka baphakamise ii-amps zabo. Uza kuzisindisa kwiingxaki ezininzi ngokubhekisa nje useto lwakho olufunekayo ngaphambi kokuba uqale ukusebenzisa uhlobo olutsha lwentonga. Kulula kakhulu, ngakumbi ngenye yeenkqubo zethu zokuwelda zasimahla esizithandayo (onokuzifumana apha). Kubalulekile nokucoca isinyithi sakho ngeyona ndlela ingcono phambi kokuba uqale ukuwelda. I-6013 inokungena okuncinci kunye nedama elikhulu elinganqumli umhlwa njenge-6010 okanye i-6011.
E7018
Le electrode ithandwa kakhulu ngabashicileli bezakhiwo ngokusekelwe kwi-arc yayo egudileyo. Ukungena kwayo okuncinci kunye nedama elikhulu kushiya iintsimbi ezinkulu, ezinamandla, ezingachazwanga kakuhle. Njenge-6013, ukungena kwayo okuncinci kuthetha ukuba kufuneka ube neendawo ezicocekileyo zokushicilela. Ngokufanayo, ii-7018s zinemilinganiselo eyahlukileyo kunezinye iintonga ngoko ke qiniseka ukuba ujonga useto lwakho ngaphambi kokuba uqale.
Kwiingcali ezininzi, eyona nto inzima ngezi electrode kukuzigcina kakuhle. Nje ukuba ibhokisi ivuliwe, kungcono ukugcina naziphi na ii-electrode eziseleyo kwi-oven yerod. Ingcinga kukugcina umswakama ungangeni kwi-flux ngokuzigcina zishushu kuma-degrees angama-250.
E7024
I-7024 yeyona nto iphambili kwii-electrodes, ine-slag coating enzima nenzima. Njenge-7018, ishiya i-bead entle, egudileyo enokungena okuncinci kwaye ifuna umphezulu wezinto ezicocekileyo ukuze isebenze. Kukho iingxaki ezimbini eziqhelekileyo iingcali ezivame ukuzibona ngee-rods ze-7024. Okokuqala, ii-welders azisebenzisi amandla aneleyo e-arc ukutyhala i-slag kwaye zigqibela zine-weld enyamezelekayo, nangona ingagqibelelanga. Kwakhona, imizuzwana emi-5 ekhawulezileyo kwi-app yesikhokelo sereferensi iya kukugcinela ingxaki enkulu. Enye ingxaki kukuba xa ii-welders zizama ukusebenzisa ii-rods ze-7024 kwii-welds eziphezulu. I-slag enzima ijika ibe ziibhola zomlilo ezina imvula nto leyo ethetha ukuba awuyi kufuna ukuchetywa okuneenwele okwethutyana.
Kakade ke, ukusebenzisa iintonga ezifanelekileyo akunamsebenzi nokuba zivela kwiimpawu ezingaphantsi komgangatho. Ngethamsanqa simela zonke izinto zethu ezisetyenziswayo ukuze sikunike ezona weld zibalaseleyo. Jonga umahluko onokwenziwa koku kuneentonga ezinkulu zebhokisi apha.
Ixesha lokuthumela: Disemba-23-2022