Product Details:
| Size | 2.5 mm X 450 mm |
| Model Number | 6013 |
| Certification | CE |
| Terms of Supply | Contact for price , payment and delivery |
| Terms | Price very with quantity , Delivery against 100 % payment |
Product Details:
| Material | Mild Steel |
| Brand | D&H |
| Size | 4 mm x 350 mm |
| Grade | 7018 |
| Certification | AWS |
Mild Steel 4mm x 350mm Welding Rods suitable for catalogs, product listings, or technical use:
Mild Steel Welding Rods – 4mm x 350mmThe Mild Steel Welding Rods (4mm x 350mm) are high-quality, general-purpose electrodes designed for manual arc welding (SMAW) of low and medium carbon steels. Engineered to deliver smooth arc stability, low spatter, and strong, clean welds, these rods are ideal for structural fabrication, repair works, and light to medium-duty industrial applications.
These welding rods feature a rutile or cellulose-based flux coating that ensures easy slag removal, good bead appearance, and minimal porosity. With excellent mechanical properties and a smooth running arc, they are suitable for welding in flat, horizontal, vertical, and overhead positions.
Key Specifications:Diameter: 4.0 mm
Length: 350 mm
Material: Mild Steel Core with Rutile/Cellulose Coating
Welding Current Range: 160–220 Amps (AC/DC)
Tensile Strength: Typically ≥ 430 MPa
Polarity: AC or DC (both compatible)
Standard Compliance: IS 814, AWS A5.1 E6013 or E6011
Easy arc striking and restriking
Smooth weld bead with minimal spatter
Excellent slag detachability
Suitable for all positional welding
High deposition efficiency and good penetration
Low hydrogen content for reduced cracking risk
General fabrication and structural work
Welding of mild steel structures, pipes, and tanks
Automotive bodywork and machinery repairs
Construction, agriculture, and workshop projects
Welding of carbon steel sheets and plates
These 4mm x 350mm mild steel electrodes are well-suited for professionals and DIY users alike, offering reliability, ease of use, and strong weld performance in a wide variety of welding environments.