MIG, TIG and flux-cored welding gas mixtures for steel, stainless and aluminium — engineered for Australian conditions.
Every mixture is available in E-size and G-size cylinders.
Ar/CO₂ and Ar/O₂ blends engineered for stable arcs, clean bead profiles and forgiving penetration on structural and fabrication-grade steels.
A tri-mix shielding gas combining CO₂ arc stability with O₂ wetting action in argon. Produces exceptionally clean, smooth weld beads with very low spatter on mild and low-alloy steels.
An argon/oxygen blend for spray-transfer MIG welding of carbon steel. The 7% oxygen improves weld-pool fluidity and arc stability, promoting deep penetration and flat bead profiles on thicker sections.
A versatile Ar/CO₂ mix providing an excellent balance between spatter control and penetration for general-purpose MIG welding, with a smooth, stable arc.
The most popular general-purpose MIG welding gas in Australia for mild steel. The 18% CO₂ provides strong penetration and a forgiving, stable arc. The industry-standard workshop gas.
A high-CO₂ argon blend primarily for flux-cored arc welding (FCAW) with gas-shielded wires. Provides deep penetration and high heat input for heavy structural work.
Argon-rich blends that preserve corrosion resistance while improving arc stability and weld-pool wetting on austenitic and duplex stainless.
A high-purity argon blend with 2% oxygen for MIG welding austenitic and duplex stainless steels. Improves arc stability and weld-pool wetting without excessive oxidation.
An argon-rich blend with 2% CO₂ for MIG welding stainless steel. Provides slightly better penetration than the O₂ equivalent and is widely used for general stainless fabrication.
Argon/helium blends delivering progressively higher heat input for full fusion on thin sheet through to thick aluminium plate and castings.
An argon/helium blend providing a moderate heat increase over pure argon for aluminium welding. The 25% helium improves wetting and penetration on thinner aluminium.
A balanced helium/argon blend delivering significantly higher heat input for medium-to-thick aluminium. Excellent penetration, reducing lack-of-fusion defects.
Maximum heat-input blend for thick aluminium plate and castings. The 75% helium dramatically increases arc energy and penetration for full fusion on heavy sections.
