CShield 15 0.9mm 14.97kg 1Pk= 14.97 kg = 33 lb

The Cigweld Coreshield 15 Gasless Flux Cored Welding Wire is a premium self-shielded welding wire designed for reliable outdoor welding and single-pass applications on thin steels. This gasless flux cored wire delivers professional weld quality without the need for shielding gas, making it ideal for site work, maintenance, and fabrication projects.

Engineered for performance and convenience, Cigweld Coreshield 15 provides excellent arc stability, reduced spatter, and easy slag removal, ensuring clean and consistent weld results every time.

Why Choose Cigweld Coreshield 15 Gasless Welding Wire?

The Coreshield 15 gasless welding wire is specifically developed for welders working in windy or outdoor conditions where gas-shielded MIG welding is impractical.

Key Benefits

✔ All-Position Welding – Suitable for flat, horizontal, vertical-up, and overhead welding positions.

✔ Stable Arc Performance – Smooth arc action reduces spatter and post-weld cleanup.

✔ Gasless Convenience – Self-shielded flux cored welding wire eliminates external gas bottles.

✔ Clean Weld Appearance – Full slag coverage with easy slag removal.

✔ Ideal for Thin Steel – Designed for single-pass welding on galvanized, carbon, and aluminised steels.

Technical Specifications

• Product: Cigweld Coreshield 15 Gasless Flux Cored Welding Wire
• Part Number: 0242201606
• Wire Diameter: 0.9mm
• Spool Weight: 14.97kg (33lb)
• Spool Size: 300mm Industrial Spool
• Process: FCAW-S (Self-Shielded Flux Cored Arc Welding)
• Classification: AWS A5.20 – E71T-GS
• Polarity: DC Electrode Negative (DC-)

Applications for Coreshield 15 Gasless Wire

The Cigweld Coreshield 15 welding wire is ideal for:

• Galvanized steel fencing and gates
• Automotive fabrication and panel repair
• Agricultural equipment maintenance
• On-site industrial repairs
• DIY and home workshop welding without gas

Why Use Gasless Flux Cored Welding Wire?

Using gasless flux cored welding wire like Cigweld Coreshield 15 allows:

• Outdoor welding in windy environments
• Faster setup with no gas cylinders
• Increased portability for field repairs
• Consistent penetration on thin materials