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Standard Gases

Components: Oxygen, Carbon Dioxide, Argon

Material Types: Mild steel, low alloy steels, high alloy steels, roq-tuf/rog-last steels/cro/mo steels, stainless steels, 3Cr12

Material Thickness Range: 3-8 mm

Types of Transfer: Dip, spray & pulsed arc

Welding Characteristics: All position capability, bright surface finish

Components: Carbon Dioxide, Argon

Material Types: Cro/mo Steels, Stainless steels, 3Cr12

Material Thickness Range: 3-8mm

Types of Transfer: Dip, spray & pulsed arc

Welding Characteristics All position capability, bright surface finish

Components: Oxygen, Carbon Dioxide, Argon

Material Types: Mild steel, low alloy steels, high alloy steels, Roq-Turf-last steels, cro-mo steels

Types of Transfer: Dip, spray & pulsed arc

Welding Characteristics: All position capability, low volume of spatter, excellent Arc Stability, low fume emission, tolerant to surface mill scale

Coogar Plus
Coogar SP5
Magmix 3

Components: Carbon Dioxide, Oxygen, Argon

Material Types: Mild steel

Material Thickness Range: Above 9-15mm

Types of Transfer: Dip, spray & pulsed arc

Welding Characteristics All position capability, low spatter, excellent arc stability, low fume emission, tolerant to surface mill scale

Components: Oxygen, Carbon Dioxide, Argon

Material Types: Mild steel

Material Thickness Range: 12-20 mm

Types of Transfer: Dip, spray & pulsed arc

Welding Characteristics Low volumes of spatter, high welding speeds, low volumes of fume emission

Components: Carbon Dioxide, Argon

Material Thickness Range: 18-30 mm

Types of Transfer: Dip, spray & pulsed arc

Welding Characteristics: High welding speeds, excellent mechanical properties, recommended for cored wires, suitable for coated materials

Coogar 89
Coogar 84
Coogar 82

Carbon Dioxide (CO2) is the most common of the reactive gases used in MIG welding and the only one that can be used in its pure form without the addition of an inert gas. ... It does cause oxidation of the weld metal, however, so it is not recommended for use with aluminum, magnesium, copper or other exotic metals

Components: Carbon Dioxide, Argon

Material Types: Cro/mo Steels, Stainless steels, 3Cr12

Material Thickness Range: 3-8mm

Types of Transfer: Dip, spray & pulsed arc

Welding Characteristics All position capability, bright surface finish

Components: Oxygen, Argon

Material Types: Mild steel, low alloy steels, high alloy steels, roq-tuf/roq-last steels, cro/mo steels, stainless steels, 3Cr12

Material Thickness Range: Above 3mm

Types of Transfer: Dip, spray & pulsed arc

Welding Characteristics All position capability, good arc stability

Carbon Dioxide
Coogar SP
Coogar 98

Components: Argon, Helium

Material Types: Aluminium and Copper

Material Thickness Range: Above 15mm

Welding Characteristics: Enhanced heat transfer, excellent arc stability, low ozone emission, faster welding speeds

Astec