1kg – 3.2mm ER70S-2 Mild Steel TIG Filler Welding Wire Rods

Upgrade your welding projects with our premium ER70S-2 TIG filler rods¡ªengineered for precision, durability, and professional-grade results. Whether you’re working on structural steel, galvanized plates, or home DIY projects, these rods deliver clean, spatter-free welds that meet industrial standards.

Core Specifications

Why Choose Our ER70S-2 TIG Wire?

Industrial-Quality Performance: High-purity fillers ensure exceptional flow characteristics, producing welds free of cracks and fusion defects¡ªideal for professional and manufacturing use.

Minimal Spatter: Formulated with titanium and zirconium to reduce spattering, saving time on post-weld cleanup and ensuring cleaner results.

Versatile Compatibility: Perfect for welding carbon steel, chrome molly steel, thin/galvanized plates, and structural works¡ªsuitable for both industrial and home applications.

Traceable Quality: Each rod is laser-engraved with grade identification, and every pack includes a certificate of conformance¡ªessential for MDR compliance.

Applications

• Structural steel fabrication
• Automotive and machinery repair
• Galvanized metal welding
• Home DIY projects
• Industrial manufacturing

Quality Assurance

Our TIG filler rods undergo rigorous testing to meet premium standards. Packed in sturdy tubes/boxes, they arrive in optimal condition. We provide batch-specific certificates of conformance, ensuring reliability for critical applications.

FAQ

Q: What materials can this wire weld?
A: Ideal for carbon steel, chrome molly steel, galvanized plates, and structural steel.

Q: How does ER70S-2 differ from S4/S6?
A: Slight chemical variations exist, but ER70S-2 excels in clean welding conditions with superior flow and minimal spatter.

Q: Is this wire suitable for thin materials?
A: Yes, it works well with thin plates due to controlled heat input and precise arc stability.

Ready to elevate your welding results? Contact us today for bulk pricing, technical support, or custom orders.