What is TIG welding most suitable for?
TIG welding is most suitable for applications requiring exceptional weld quality, precision, and cleanliness. It excels in joining thin materials, stainless steel, aluminum, titanium, and other non-ferrous metals where appearance, penetration control, and metallurgical integrity are critical. TIG is ideal for aerospace, medical, nuclear, and safety-critical components.
What is the rule of 33 in TIG welding?
The rule of 33 in TIG welding refers to a guideline for setting amperage: approximately 33 amps per 1mm of material thickness when welding steel. This provides a starting point for parameter development, though actual amperage depends on joint design, material type, welding position, and specific application requirements.
What is 1G, 2G, 3G, 4G, 5G, 6G welding?
These designations describe welding positions: 1G (flat groove), 2G (horizontal groove), 3G (vertical groove), 4G (overhead groove), 5G (horizontal fixed pipe), and 6G (inclined fixed pipe at 45 degrees). Welder qualification in these positions demonstrates capability to execute welds in various orientations required for complex assemblies.
What materials can be TIG welded for safety-critical applications?
We TIG weld stainless steel, titanium, aluminum, nickel alloys, and other high-performance materials used in safety-critical applications. Material selection is based on application requirements, operating environment, and industry specifications. We work with certified filler materials maintaining full traceability.
Do you provide NADCAP-compliant TIG welding services?
Yes, we offer NADCAP-compliant manual GTAW welding for aerospace and defense programs requiring certified processes, documented procedures, and operator qualification. Our services support strict industry standards and customer-specific quality requirements with full documentation and traceability.
What is the typical turnaround time for safety-critical TIG welding?
Turnaround time depends on component complexity, quantity, inspection requirements, and documentation needs. We communicate delivery timelines upfront after evaluating your application. For urgent or production-critical requirements, we work to accommodate expedited schedules while maintaining quality standards.
Can you handle both prototype and production TIG welding?
Yes, we support both prototype development and production welding. Our services scale from single components and R&D validation through small batch production and repeat manufacturing. We develop welding procedures during prototyping that transfer seamlessly to production environments.
What quality documentation is provided with TIG welded components?
We provide comprehensive documentation including welding procedure specifications, welder certifications, welding parameter records, inspection reports, and material traceability certificates. For regulated applications, documentation is tailored to meet specific industry codes and customer quality requirements.