BLUE MAX® ORBITAL TIG 308/308L 0.035 inch welding wire is precision-engineered for automated orbital welding applications on Type 304 grade stainless steel base materials. This ultra-clean TIG welding wire delivers consistently porosity-free welds in critical tube and pipe welding operations where quality and reliability are paramount.
Features
- Q2 Lot® - Certified Material Test Report with complete documentation showing actual wire composition, Country of Origin, and calculated ferrite number (FN) for each production lot, accessible online through the Certificate Center
- Ultra-clean wire manufacturing process ensures porosity-free welds in demanding orbital and automated welding applications
- Batch Managed Inventory system provides superior lot traceability and quality control for critical applications
- Precision diameter control and consistent surface quality optimize wire feeding performance in automated orbital welding equipment
- Low carbon L-grade composition minimizes sensitization risks and prevents intergranular corrosion in heat-affected zones
- Controlled ferrite content provides excellent hot crack resistance and superior weld integrity
- Specially formulated for Type 304 and 304L austenitic stainless steel base materials
- Exceptional cleanliness standards meet the stringent requirements of semiconductor, pharmaceutical, and food processing industries
Typical Applications
- Automated orbital welding of stainless steel tubing and pipe systems
- Type 304 and 304L austenitic stainless steel fabrication
- Semiconductor industry ultra-high purity gas delivery systems
- Pharmaceutical and biotechnology process piping
- Food and beverage processing sanitary tubing systems
- Critical service applications requiring zero porosity and full penetration welds
- High-purity applications where weld cleanliness is essential
Welding Positions
- All positions - optimized for orbital and automated welding systems
Shielding Gas
- 100% Argon (recommended for orbital TIG welding applications)
- Argon with helium additions (for increased penetration on thicker materials)