WELDING ROD LOW HYDROGEN E7018 FONCITO 2.5MM

Product Description

The WELDING ROD LOW HYDROGEN E7018 FONCITO 2.5MM 5KG/PKT is a low-hydrogen carbon steel welding electrode designed for reliable welding of mild and low-alloy steels. Foncito E7018 features a basic coating, high metal recovery, and good welding characteristics, including positional welding capability. It is suitable for new construction, repair welding, metal fabrication, and vehicle construction where strong, crack-resistant joints are required.

Pricing is based on per kilogram, while the product is supplied in 5kg packets.

Key Benefits and Features

• Low-Hydrogen E7018 Electrode: Designed for welding applications where toughness and resistance to cracking are important.
• Foncito Quality: Manufactured as a Foncito E7018 basic-coated carbon steel electrode.
• Good Welding Performance: Provides excellent welding properties and is suitable for positional welding.
• High Metal Recovery: Helps provide efficient deposition during welding.
• Versatile Application: Suitable for mild and low-alloy steel welding.
• 2.5mm Diameter: Appropriate for a range of general fabrication and repair welding tasks.
• 5kg Packet: Convenient packaging for workshop and project use.
• Price per Kilogram: Product pricing is calculated on a KG basis.

Essential Specifications

• Product Type: Low-Hydrogen Welding Electrode
• Brand/Type: Foncito
• Classification: E7018
• Electrode Diameter: 2.5mm
• Coating Type: Basic
• Material Application: Mild and low-alloy steels
• Packet Weight: 5kg/PKT
• Pricing Unit: Per KG
• Current: AC / DCEP
• Recommended Current for 2.5mm: 70–110 Amps

Typical Applications

• Mild steel fabrication
• Structural metalwork
• General repair welding
• New construction projects
• Vehicle construction and repair
• Workshop fabrication
• Welding joints requiring good toughness and crack resistance

The FONCITO E7018 2.5MM LOW-HYDROGEN WELDING ROD provides a dependable solution for professional fabrication, construction, and repair work, combining good welding characteristics with high metal recovery and low-hydrogen electrode performance.