ก.ค. . 25, 2025 02:01 Back to list

Welding Rod 2.0 mm for Structural Welding - High Strength & Precision

Company Name: HEBEI YUJINHONG TECHNOLOGY CO.,LTD.
Official Website: https://www.steeltoolschina.com
Tel: 0086-137 3972 7566
Mobile: 0086-311-68035766
Email: info@steeltoolschina.com
Address: NO.368 YOUYI NORTH STREET, XINHUA DISTRICT, SHIJIAZHUANG CITY, CHINA

Product Overview: welding rod 2.0 mm - 2.0mm (5/64”) E6013 Welding Rod Electrodes Manufacture

The welding rod 2.0 mm, manufactured by HEBEI YUJINHONG TECHNOLOGY CO.,LTD., is one of the most sought-after products in structural welding applications. The 2.0mm (5/64”) E6013 Welding rod Electrodes Manufacture refers strictly to a 2.0mm iron core diameter, not including the coating thickness.
Regarding how thin the material can be welded with this rod, there is no official, universally accepted standard—making its practical range versatile for industries requiring fine yet robust welds.
See details at welding rod 2.0 mm product page.

Industry Trends in welding rod 2.0 mm and Structural Welding Rods

The market for welding rod 2.0 mm is expanding exponentially, especially in the construction, shipbuilding, and precision engineering sectors. New demands for thinner, stronger welds have led to continuing research and innovations, with E6013 rods setting the standard for all-position usability, arc stability, and slag control.
Trends indicate a surge in automated and robotic welding applications where 2.0mm rods are optimal for their manageable current range and adaptability to semi-thin base materials.
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Technical Parameter Overview of welding rod 2.0 mm

Technical Parameters Reference for welding rod 2.0 mm
Parameter Value Description
Rod Diameter 2.0mm (5/64”) Core size, not including coating
Standard E6013 / AWS A5.1 American Welding Society classification
Length 300mm / 350mm (Varies) Common factory-supplied lengths
Current Range 40–60A (DC/AC) Suggested for best arc stability
Tensile Strength ≥430 MPa Minimum mechanical strength after welding
Slag Type Rutile (smooth removal) Ensures easy clean up
Main Application Sheet metal, structural welding, general fabrication Versatility due to manageable size
Trend Graph: welding rod 2.0 mm Key Technical Parameters (2019-2024)

Main Technical Indicators Comparison of 2.0mm (5/64”) E6013 Welding rod Electrodes Manufacture

Comparison Chart: E6013 vs. E7018 vs. E6011 (2.0mm)
Application Proportion of welding rod 2.0 mm in Various Industries
Yield Strength Progression of welding rod 2.0 mm (2019-2024)

Key Applications of welding rod 2.0 mm and Structural Welding Rods

  • Light and general fabrication where precision and slim welds are required
  • Automotive body repair and small structure reinforcement
  • Shipbuilding sub-assemblies, deck plate welding
  • Construction of lightweight steel structures and trusses
  • Machinery parts maintenance and patch welding
  • Household steel item fabrication
  • School and educational workshops (due to low current, easy handling)

EEAT Enhancement: Industry Authority & References

HEBEI YUJINHONG TECHNOLOGY CO.,LTD. leverages advanced processes for product consistency and mechanical performance, in compliance with AWS A5.1 and ISO welding rod standards. Their R&D integrates input from international welding forums, and the company’s technical literature is regularly cited by Welding Journal (AWS).

Expert FAQ on welding rod 2.0 mm & Structural Welding Rods

Q1: What core material is used in welding rod 2.0 mm E6013 electrodes?
A1: The core is typically low-carbon mild steel, optimized for versatility and ductility, with a rutile-based coating for arc stabilization.
Q2: What welding standards apply to structural welding rods like E6013?
A2: Industry standards include AWS A5.1, ISO 2560, and relevant national norms (GB/T 5117 in China), governing chemical, physical, and performance characteristics.
Q3: What are the recommended storage conditions for welding rod 2.0 mm?
A3: Store in a dry, temperature-stable environment below 75% humidity. Preheating at 70-100°C for an hour can improve performance in humid climates.
Q4: How is the coating type significant in E6013 structural welding rods?
A4: The rutile (titanium dioxide-based) coating ensures smooth slag release, minimal spatter, and controlled arc – ideal for welding thin to medium-thick sections.
Q5: How does the welding rod 2.0 mm perform on AC vs. DC machines?
A5: E6013 rods deliver optimal arc stability and minimal splatter on both AC and DC (straight/reverse polarity), but DC(+) often yields slightly deeper penetration.
Q6: Is there a standard for minimum base metal thickness that can be welded?
A6: No strict standard, but experienced welders recommend a minimum of 1.5mm base thickness for clean, full-penetration welds with a welding rod 2.0 mm.
Q7: What is the typical deposition rate and efficiency of E6013 2.0mm rods?
A7: Approx. 1.5–2.5g/min at the recommended current, with a deposition efficiency between 65–72% depending on arc length and operator skill.

Conclusion: Technical Excellence and Global Integration

The welding rod 2.0 mm product line from HEBEI YUJINHONG TECHNOLOGY CO.,LTD. embodies the cutting-edge standards for structural welding rods, guided by rigorous research, user feedback from top industry forums, and the authoritative standards of the American Welding Society. Reliability, usability, and adaptability ensure its presence in diverse application domains.

References:
1. AWS Welding Journal. Latest Electrodes Performance Review
2. WeldingWeb – Welding Rods Application Forum. https://weldingweb.com/vbb/forumdisplay.php?2-General-Welding-Questions
3. ISO 2560:2020. Consumables for Manual Metal Arc Welding of Carbon and Carbon Manganese Steels.
4. AWS A5.1/A5.1M:2012 Specification for Carbon Steel Electrodes for Shielded Metal Arc Welding.
5. China Welding Association (CWA): Chinese Welding Standards & Technology
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