Hyundai > Consumables
Distributors in UAE, Qatar, Saudi Arabia, Kuwait

FCAW (Mild Steel)
FCAW (Flux-Cored Arc Welding) for mild steel is a semi-automatic or automatic welding process ideal for thick materials and outdoor work. It provides deep penetration, high deposition rates, and strong welds even on slightly dirty or rusty surfaces.

FCAW (SS)
FCAW (Flux-Cored Arc Welding) for stainless steel is designed to deliver strong, corrosion-resistant welds with excellent arc stability. It’s ideal for heavy fabrication and structural applications, offering high productivity and minimal spatter.

MIG Wire (Stainless Steel)
MIG wire for stainless steel is designed to deliver clean, corrosion-resistant welds with excellent arc stability. It’s ideal for food-grade, medical, and chemical industry applications requiring strong and aesthetically clean joints.

Stick Electrode (Low Alloy)
Stick electrode for low alloy steel is engineered for high-strength welds with improved toughness and crack resistance. It’s commonly used in structural, pressure vessel, and pipeline applications where enhanced mechanical properties are essential.

Stick Electrode (Stainless Steel)-1
Stick Electrode (Stainless Steel)-1 is specially formulated for welding stainless steel, providing excellent corrosion resistance and strong, durable welds. Ideal for maintenance, fabrication, and repair work in harsh or hygienic environments.

Stick Electrode (Vacuum Bag)
Stick Electrode (Vacuum Bag) is sealed in moisture-resistant packaging to preserve electrode quality and prevent hydrogen-induced cracking. Perfect for critical welding applications where low moisture content is essential, such as pipelines and structural steel.

Stick Electrode-2
Stick Electrode-2 is designed for higher penetration and improved arc stability, making it ideal for structural and fabrication work. It delivers strong, consistent welds with excellent mechanical properties and easy operability.

Stick Electrode-3
Stick Electrode-3 is a heavy-duty welding rod engineered for demanding industrial applications. It provides deep weld penetration, high deposition rates, and strong, durable welds even under tough conditions.

Subarc Flux (Paper Bag)
Subarc Flux (Paper Bag) is an efficient welding flux ideal for submerged arc welding, packaged in eco-friendly paper bags for easy handling. It offers consistent arc stability, low spatter, and high-quality welds across various applications.

Subarc Wire (Mild Steel)-1
Subarc Wire (Mild Steel)-1 is a solid wire designed for submerged arc welding of mild steel, delivering deep penetration and smooth weld beads. It ensures high deposition rates and consistent performance in structural and industrial welding applications.

Subarc Wire (Mild Steel)-2
Subarc Wire (Mild Steel)-2 is engineered for optimal performance in high-speed submerged arc welding. It provides excellent arc stability, minimal spatter, and strong welds, making it ideal for heavy fabrication and pressure vessel applications.

Subarc Wire (Stainless Steel)
Subarc Wire (Stainless Steel) is a corrosion-resistant welding wire designed for submerged arc welding of stainless steel materials. It delivers clean, high-strength welds with excellent mechanical properties, ideal for chemical, food-grade.

TIG (Mild Steel)
TIG (Mild Steel) welding uses a non-consumable tungsten electrode to produce precise, clean welds on mild steel. Ideal for thin sections and applications requiring high weld quality, it offers excellent control and minimal spatter.

TIG (Stainless Steel)
TIG (Stainless Steel) welding provides clean, high-precision welds with excellent corrosion resistance, using a tungsten electrode and inert gas shielding. It’s ideal for applications in food processing, pharmaceuticals, and industries demanding aesthetic, high-quality joints.

Drum Ball Pac - Large
Drum Ball Pac – Large is a bulk packaging solution for welding wire, designed to support continuous, high-volume welding operations. It minimizes wire changeovers, enhances productivity, and ensures consistent wire feeding for automated systems.