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SAW Flux by Nouveaux – Precision Submerged Arc Welding Solutions:
Advanced Flux Formulations for Superior Welding Performance
Nouveaux presents premium Submerged Arc Welding (SAW) Flux engineered to deliver exceptional weld quality, high deposition rates, and outstanding mechanical properties. Our scientifically formulated fluxes are designed for critical applications in heavy fabrication, pipeline construction, and structural welding.
Nouveaux presents premium Submerged Arc Welding (SAW) Flux engineered to deliver exceptional weld quality, high deposition rates, and outstanding mechanical properties. Our scientifically formulated fluxes are designed for critical applications in heavy fabrication, pipeline construction, and structural welding.
Key Advantages of Nouveaux SAW Flux
✔ Optimal Slag Detachability – Easy removal reduces post-weld cleanup time
✔ Exceptional Arc Stability – Consistent performance across all welding positions
✔ Low Hydrogen Content – Minimizes risk of cracking in high-strength applications
✔ Customizable Formulations – Tailored to specific base materials and welding conditions
✔ Environmentally Optimized – Reduced fume generation for safer working conditions
✔ Exceptional Arc Stability – Consistent performance across all welding positions
✔ Low Hydrogen Content – Minimizes risk of cracking in high-strength applications
✔ Customizable Formulations – Tailored to specific base materials and welding conditions
✔ Environmentally Optimized – Reduced fume generation for safer working conditions
Our Comprehensive SAW Flux Range:
1. Fused Fluxes
Best for: High-speed welding applications
Benefits: Excellent electrical conductivity Consistent chemical composition Superior bead appearance
2. Agglomerated Fluxes
Best for: High-impact and low-temperature applications
Benefits: Enhanced alloy recovery Improved toughness properties Better control of weld metal chemistry
3. Neutral Fluxes
Applications: Multi-pass welding of carbon and low-alloy steels
Features: Minimal effect on weld metal composition Excellent bead profile control
4. Active Fluxes
Applications: Single-pass, high-current welding
Features: Compensates for silicon and manganese burn-off Ideal for high-speed applications.
Best for: High-speed welding applications
Benefits: Excellent electrical conductivity Consistent chemical composition Superior bead appearance
2. Agglomerated Fluxes
Best for: High-impact and low-temperature applications
Benefits: Enhanced alloy recovery Improved toughness properties Better control of weld metal chemistry
3. Neutral Fluxes
Applications: Multi-pass welding of carbon and low-alloy steels
Features: Minimal effect on weld metal composition Excellent bead profile control
4. Active Fluxes
Applications: Single-pass, high-current welding
Features: Compensates for silicon and manganese burn-off Ideal for high-speed applications.
Industry-Specific Solutions
Pipeline Welding Flux
Special formulation for API pipeline applications Excellent low-temperature impact properties
Pressure Vessel Flux
Low hydrogen type for critical containment applications Meets ASME Section IX requirements
High-Strength Steel Flux
Designed for quenched and tempered steels Guaranteed mechanical properties
Special formulation for API pipeline applications Excellent low-temperature impact properties
Pressure Vessel Flux
Low hydrogen type for critical containment applications Meets ASME Section IX requirements
High-Strength Steel Flux
Designed for quenched and tempered steels Guaranteed mechanical properties
Technical Support & Custom Formulations
Our welding engineers provide the following:
Flux selection guidance for specific applications
Welding procedure development
Custom flux formulations for unique requirements
Flux selection guidance for specific applications
Welding procedure development
Custom flux formulations for unique requirements