Tungsten Inert Gas (TIG) Welding Services
When joining of critical components, or for situations requiring pinpoint fabrication, there’s no better process than Gas Tungsten Arc Welding, (GTAW). It can be performed on a range of materials, and, when done correctly, produces welds with the utmost quality and purity. Optimize your application with trustworthy GTAW welding services from Superior Joining Technologies, Inc. As a top welding service provider for clients across a range of industries, we specialize in precision TIG welding for critical applications.
TIG welding explained
Tungsten Inert Gas Welding, which is sometimes called TIG, is a type of arc welding that produces the weld using a non-consumable tungsten electrode. Inert gases such as argon or helium are used to protect the welded area from contamination. A column of plasma, made up of highly ionized gas and metal vapors, conducts energy across the arc and is produced by a constant-current welding power supply.
Unlike more straightforward welding methods which produce slag, or chips of metal that tend to flake off of welds, TIG is a much cleaner welding method. It’s a perfect process when welding slag is prohibited, such as for applications demanding a neat and attractive appearance.
Characteristics of GTAW include:
- Produces high-quality, superior welds
- Compact, thin weld seam
- Easily applied to thin materials
- Welds made with or without filler metal
- Enables precise control of welding variables
- Yields low distortion
- Clean process
Before GTAW, welding aluminum was difficult. Since large quantities of aluminum were used during World War II, finding a solution became critical. Today, the GTAW process is still prized all over the world.
The SJTI advantage
Traditional GTAW is considered the process of choice to produce high-quality welds. It has a series of challenges, such as weld energy limitation influenced by the weld pool dynamics and typically slow manual wire feed rates, that can become an obstacle for the inexperienced or untrained, however. That’s where SJTI takes the lead.
We have a team of experienced and highly skilled welders dedicated to performing precision TIG welding on critical applications. Their unrivaled craftsmanship, flexibility, and dedication to quality enable SJTI to take on jobs few others can do. Our GTAW capabilities include:
- NADCAP manual GTAW
- Micro GTAW
- Longitudinal seam GTAW
Manual TIG welding requires a level of operator skill and judgment that comes only with experience, and SJTI is proud to have the team of craftsmen capable of providing this service. The quality and precision of manual GTAW can benefit applications across a range of industries. Examples include:
- Space-related projects
One of our core competencies is NADCAP-accredited GTAW Fusion Welding services, which produce clean and highly controllable precise welds that are perfect for thin-walled, high-performance materials. We perform the manual TIG welding process on a variety of materials.
- Carbon Steel
- Stainless Steel
Heat-sensitive application solutions
Micro TIG welding is the process of executing minute welding operations on intricate assemblies with minimal heat. Performed with a microscope and custom small GTAW torch, this welding method takes the joining of critical parts to a new level.
Whether you need to connect complex parts or repair existing assemblies with minimal weld buildup, you can trust SJTI to deliver the highest quality results. Benefits of micro TIG welding include reducing heat input, minimal warpage, and smaller weld size
Your GTAW service provider
We work closely with you to understand project requirements and deliver a superior end product on time and within budget. The micro TIG welding process works exceptionally well in very small or intricate precision components, in the medical industry, repairs, and aircraft industry, where parts are manufactured from thin materials. SJTI, is a Nadcap accredited GTAW welding provider. When you have critical welding needs, our precision TIG welding services fit the bill. Contact us for additional information.