A Travel Angle is a key welding technique term that describes how a welder positions their welding tool (torch or electrode holder) in relation to the direction they are moving while welding. Think of it like how you would hold a pen while writing - the angle matters for getting the best results. This positioning helps control how the weld looks, how strong it is, and how well it penetrates the metal. When you see this term in a resume, it shows that the welder understands proper welding technique and positioning.
Maintained consistent Travel Angle while performing overhead welds on industrial pipes
Trained junior welders on proper Travel Angle techniques for different welding positions
Achieved high-quality welds by mastering Travel Angle and work angle adjustments
Typical job title: "Welders"
Also try searching for:
Q: How do you determine the appropriate travel angle for different welding positions and materials?
Expected Answer: A senior welder should explain how they adjust travel angles based on welding position (flat, vertical, overhead), material type, and welding process. They should mention typical angles (5-15 degrees push or drag) and explain why these choices matter.
Q: How would you teach a junior welder about travel angle importance?
Expected Answer: Should demonstrate teaching ability by explaining how they break down the concept into simple terms, demonstrate proper technique, and explain common mistakes to avoid.
Q: What happens if your travel angle is incorrect during welding?
Expected Answer: Should be able to describe common defects like incomplete fusion, excessive spatter, or poor penetration that result from incorrect travel angles.
Q: How do you maintain consistent travel angle during long welds?
Expected Answer: Should explain practical techniques for maintaining steady hands, proper body positioning, and using guides or fixtures when necessary.
Q: What is a travel angle and why is it important?
Expected Answer: Should be able to explain that travel angle is how the welding tool is positioned relative to the direction of travel, and that it affects weld quality and appearance.
Q: What's the difference between push and drag travel angles?
Expected Answer: Should explain that pushing points the electrode ahead of the weld while dragging points it back, and know basic applications for each.