Continuous-fed, self- or gas-shielded electrode welding built for speed and consistency in confined, awkward, and out-of-position joints.
Flux Core Arc Welding employs continuous-fed consumable electrodes with a constant-voltage power source, enabling both automated and semi-automated operation. The flux core of the electrode generates a self-shielding or gas-shielded barrier that protects the puddle, allowing our welders to work efficiently in restricted spaces where other processes struggle.
That combination of speed and shielding flexibility makes FCAW especially effective on complex equipment and specialized construction projects where joint geometry limits access — without sacrificing consistent, high-quality weld deposits.
A flux-shielded, continuous-feed process built for demanding access.
Flux-cored wire and shielding method (self- or gas-shielded) are selected for the joint.
A constant-voltage arc is struck between the continuous electrode and the workpiece.
The electrode's flux core generates a protective shielding barrier around the arc.
Wire feeds continuously into the puddle, sustaining high deposition rates.
Slag is removed and the completed bead is inspected for consistency and quality.
Hardware built for high-speed welding in demanding access conditions.
Constant-voltage power source matched to flux-cored wire diameter and current range.
Self-shielded or gas-shielded electrode stock for the joint and material.
Continuous, consistent wire delivery for high-deposition welding.
Gas-shielded nozzle configuration where external shielding gas is required.
Manual and mechanized slag removal between and after passes.
Positioners and access aids for out-of-position, tight-clearance joints.
High-speed welding on projects with demanding schedule and access constraints.
Consistent welds on complex equipment geometries.
Reliable welds in tight and awkward-access locations other processes can't reach.