Why is TIG welding generally slower than other processes and how does this impact quality and project timelines?

• A. TIG requires careful control of heat, filler placement, and shielding; slower speeds reduce distortion and produce higher-quality welds; planning and fixtures help manage timelines despite slower pace.
• B. TIG is slower due to weak equipment; slower reduces quality.
• C. TIG is slower because employees take breaks.
• D. TIG speed doesn't affect quality

Answer: (A)