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411 results for “TIG”
Welding machines
View 364 matching machines
HITBOX ARC200mini3
MMA/stick, DC Lift TIG · 110V/220V (Confirm voltage based on your plug type)
YesWelder ARC-125DS PRO
Stick, Lift TIG · 110V ±10% 50/60Hz
DECAPOWER MINI MMA-120
MMA/stick, DC Lift TIG · 220V (manufacturer product title; confirm circuit requirements)
STAHLWERK ARC 160 MD
MMA/stick, DC Lift TIG · 1 × 230 V AC (±15 %)
SIMDER MIG-140S
5-in-1: Flux Core MIG, Lift TIG, Stick + Pulse mode + SPOT spot-welding · 110V / 220V dual
SIMDER ARC-200S
MMA/stick, DC Lift TIG · Not recorded; confirm exact model manual
VECTOR ARC 160D
MMA/stick, DC Lift TIG · Not recorded; confirm exact model manual
ARCCAPTAIN ARC160
MMA/stick, DC Lift TIG · 110/220V
Guides & articles
View 35 matching guidesMIG, TIG or stick: choose the process for the job
A practical comparison of control, speed, preparation and working conditions.
Welding aluminium: why preparation changes everything
Oxide removal, alloy identification and wire feeding explained before you choose a process.
MIG burn-through on thin sheet: what to check first
Distinguish a through-opening from distortion and excess penetration, then record thickness, fit-up and local heating before changing settings.
MIG welding spatter: investigate what changed
Learn how to record a sudden increase in MIG spatter, check consumable identity and separate equipment, distance and arc-control questions.
Lack of fusion: why a tidy bead does not prove a bond
Learn what lack of fusion means, why access and travel matter, and how to organise a controlled investigation before changing settings.
TIG end craters: plan the finish before stopping the arc
Understand why a TIG weld can end in a hollow, how current and filler coordination matter, and when a suspect termination needs assessment.
Between-pass slag removal: what to check before welding again
Learn where slag can remain between weld passes, how to organise a cleaning checkpoint and why a clean surface cannot prove internal soundness.
MIG undercut: investigate the groove beside the bead
Learn to recognise possible MIG undercut, record where it appears and investigate setup and movement before changing settings.
Materials & supplies
View 8 matching supplies70% argon / 30% helium inert blend
An inert blend used when additional helium heat transfer is useful for the application.
Pure argon shielding gas
A common inert shielding choice for TIG and aluminium MIG.
Pure helium shielding gas
A specialist inert-gas option where helium's heat-transfer characteristics suit the joint and equipment.
4043 aluminium TIG filler rod
A silicon-alloyed aluminium rod for compatible wrought and cast aluminium joints.
5356 aluminium TIG filler rod
Magnesium-alloyed aluminium rod used where the alloy pairing and shear-strength requirement favour 5356.
ER308L stainless TIG filler rod
Low-carbon stainless filler for compatible chromium-nickel stainless joints.
ER316L stainless TIG filler rod
Low-carbon chromium-nickel-molybdenum filler for compatible stainless joints.
ER70S-2 steel TIG filler rod
Hand-fed steel filler for TIG sheet-metal work, tubing and suitable repair joints.
Tutorial videos
View 4 matching videosTIG Welding Practice for Beginners
A repeatable steel practice exercise for learning torch control and consistent TIG beads, with short runs and work from both directions.
Aluminum Tig Welding: Setting AC Balance
Understand the AC balance control when TIG welding aluminum, including why different machines can label the same control differently.
TIG Welding Aluminum Advanced Techniques & Tips
Follow an experienced aluminum fabricator's approach to thin 5052 sheet, filler choice and control of the weld appearance.
Aluminum TIG Welding Basics: Full Tutorial
Work through aluminum TIG preparation, torch setup, machine controls, filler addition and a tee joint in a chaptered introduction.