WP9 Irhasi epholileyo isiphatho sebhali sokuWelding Totshi kempi tig intloko yetotshi
Idatha yobuGcisa ye-TIG WP-9 itotshi yokuwelda
| Idatha yobuGcisa ye-TIG WP-9 itotshi yokuwelda | |
| Ukupholisa | Umoya Upholile |
| Ubungakanani beWize | 0.5-2.4mm |
| Isekile yomsebenzi | 60% |
| Ubude | 3M/4M/5M |
Uthotho lwetotshi ye-TIG WP-9 imele ingcamango entsha ngokupheleleyo kuyilo lwetotshi yokuwelda, imo kunye nomsebenzi. I-ergonomics ekhethekileyo, elandela uphando olubanzi, inika ingqiqo enkulu yokulawula, eyenza umshiseli azive "emnye" kunye netotshi yakhe. Indawo yokuqalisa, i-trigger design kunye nebhola edibeneyo yokwakha isiqinisekiso sokulinganisela kunye nentuthuzelo kuzo zonke izikhundla ze-welding.Iimeko zokusebenza ezinzima zilindeleke xa i-MIG / MAG idibanisa. Nangona ubunzima babo obuphantsi kunye noyilo oluyinkimbinkimbi, umgca wetotshi we-TIG WP-9 ubeka imilinganiselo emitsha yamandla kunye nokuqina. Inezixhobo ezisandula ukuyilwa, ezomelele ngakumbi kunye nesithuba esiphuculweyo ngaphakathi komqheba ukuze kube lula ukusevisa. Itekhnoloji yeengcali.
| I-WP9 WP-9 yeTotshi yokuWelding Intloko ye-Tig Welding Torch Head Parts Spare | ||
| Into | Inombolo yeMveliso | Inkcazo yeMveliso |
| 1 | WP17V | Umzimba weTotshi WP17 onevalve |
| 2 | WP17VFX | Umzimba wetotshi oguquguqukayo WP17 onevalve |
| 3 | WP17 | Umzimba weTotshi WP17 |
| 4 | WP17F | Umzimba wetotshi oguquguqukayo WP17 |
| 5 | WP18 | Umzimba weTotshi WP18 |
| 6 | WP18FX | Flexible umzimba totshi WP18 |
| 7 | WP18P | Itotshi umzimba WP18P |
| 8 | WP18SC | Umzimba weTotshi WP18SC |
| 9 | WP20 | Umzimba weTotshi WP20 |
| 10 | WP20FX | Umzimba wetotshi othambileyo WP20 |
| 11 | WP20P | Umzimba weTotshi WP20P |
| 12 | WP24 | Umzimba weTotshi WP24 |
| 13 | WP25 | Umzimba weTotshi WP25 |
| 14 | WP26 | Umzimba weTotshi WP26 |
Indlela yombane ye-arc welding kwi-atmosphere ye-inert. Yeyona nkqubo isebenzayo, yezoqoqosho ekudibaniseni isinyithi esinzima njenge: intsimbi engatyiwa, i-aluminium, i-beryllium, ubhedu, ubhedu, isinyithi, i-nickel, i-tantalum, i-titanium, i-columbio, i-mobilden, i-Evendur, i-Inconel, i-Monel alloys kunye ne-cryogenic welding. .
I-arc, eyenziwa phakathi kwe-electrode kunye nesiseko sesinyithi, ikhuselwe yigesi (i-argon okanye i-helium okanye umxube weegesi ezimbini) ephuma kwisibhamu apho i-electrode iphuma khona. I-arc igxothwa yi-pilot spark, ebangela i-ionization yegesi yokukhusela, yenza ukuba iqhube. Ngobushushu obuphezulu bokunyibilika kwe-tungsten, i-electrode ayinyibiliki kwaye ngoko ayithathi nxaxheba kwinkqubo yokunyibilika. Intsimbi yokuzalisa, ekhoyo ukuba ubukhulu beziqwenga bungaphezulu kwe-1mm, yongezwa kwindawo ye-arc yombane kwaye iya kwenza intambo ye-welding xa inyibilika. Ummandla wonke we-welding (i-arc, i-electrode, isiseko setsimbi etyhidiweyo, i-filler metal) igxininiswe kwindawo engabonakaliyo equkethe igesi ekhuselayo. Le nyaniso ithintela i-oxidation yejoyinti edibeneyo yi-atmosfera kwaye ivumela ukuwelda kwezinto ezisebenzayo.
Q1: Ndingayifumana isampuli yovavanyo?
A: Ewe, sinokuxhasa isampuli. Isampulu iya kuhlawuliswa ngokufanelekileyo ngokwengxoxo phakathi kwethu.
I-Q2: Ngaba ndingayongeza i-logo yam kwiibhokisi / iibhokisi?
A: Ewe, i-OEM kunye ne-ODM ziyafumaneka kuthi.
Q3: Ziziphi iingenelo zokuba ngumthengisi?
A: Isaphulelo esikhethekileyo Ukhuseleko lweNtengiso.
Q4:Ungawulawula njani umgangatho weemveliso?
A: Ewe, sineenjineli ezilungele ukuncedisa abathengi ngeengxaki zenkxaso yezobuchwepheshe, nayiphi na imiba enokuthi ivele ngexesha lokucaphula okanye ukufakwa kwenkqubo, kunye nenkxaso ye-aftermarket. I-100% yokuzihlola ngaphambi kokupakisha.
I-Q5: Ngaba ndingandwendwela umzi-mveliso wakho ngaphambi komyalelo?
A: Ngokuqinisekileyo, wamkelekile utyelelo lwakho lwefektri.
