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Alushield Light
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Additional Info
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- An inert gas – will not react to all materials at all temperatures and pressures
- Produces high-quality welds with good integrity, increased penetration and flatter weld beads
- Produces improved fusion and reduced defects
- Improved production rates and cost-efficiencies are achieved by increased welding speeds
Applications Summary
- Due to Alushield Light’s inert nature, the gas is ideal for use with metals or processes that cannot tolerate the presence of oxidising gases
- Used in the MIG welding of aluminium components with thicknesses less than 6mm. Can be used for TIG welding aluminium
- Suitable for both manual and automatic applications
- Can be used in a wide variety of TIG and MIG applications and fabrication uses, ranging from general aluminium fabrications to shop fittings, piping systems to heat exchangers
- Used in the aerospace and marine industries, as well as by specialist automotive racing components manufacturers
Material Specific Applications
The following tabled data provides you with a guide to materials and welding processes with which Alushield Light can be used:
Aluminium
| Process |
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Typical Use |
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Example Application |
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Benefits |
| MIG welding |
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- Alushield Light is the most used in the
MIG welding of aluminium components
with thicknesses less than 6mm. The
product is suitable for both manual
and automatic or robotic applications
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- General aluminium fabricators
- Light gauge aluminium buss bars
- Shop fittings
- Double glazing units
- Heat exchanges
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- Improved fusion
- Improved electrical conductivity
of welding parts.
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| TIG and Plasma welding |
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- Alushield Light is used in TIG and plasma
welding of components of 3mm and below
either manually or automatic.
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- Piping systems
- Capping tubing
- Chemical and pressure vessels
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- Improved welding integrity
- Flatter, faster welds
- High integrity welds
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Copper and Copper Alloys
| Process |
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Typical Use |
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Example Application |
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Benefit |
| MIG Welding |
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- The high thermal conductivity of copper
benefits from the higher thermal efficiency
of Alushield Light. The product is suited
for light gauge work where distortion
control is critical.
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- Boilers and pressure systems
- Marine applications, including
Monel pipe work
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- Improved fusion and
reduced defects
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| TIG and plasma welding |
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- The greater thermal efficiency is important
with TIG and plasma welding copper alloys.
Flatter welds with less reinforcement are
also produced.
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- Intricate architectural and sculpture
work
- Light gauge copper vessels production
and uses
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- Flatter welds, less clean
up and lower defect rates
less distortion
and better fusion
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Carbon and alloy steels
| Process |
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Typical Use |
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Example Application |
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Benefits |
| MIG and plasma brazing |
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MIG brazing uses copper alloy filler to either fill gaps
between steel components or join steel to copper. |
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- Automotive industries, filling roof
to pillar joints
- Dissimilar joints
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- Improved product rates
- Steel to copper joints on heat
exchangers
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| TIG and plasma welding |
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Alushield Light tends to be used for light gauge TIG
and plasma welding where very high weld speeds
are required such as in pipe and tube mills |
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Stainless steel and nickel alloys
| Process |
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Typical Use |
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Example Application |
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Benefits |
| TIG and plasma welding |
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- Alushield Light can be used to TIG and plasma
weld stainless steel and nickel alloys of all grades
because of its inert nature
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- Automatic and robotic
welding of tubes and pipes
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- It has proved possible to significantly
increasewelding speeds in autogenous
welding of exhaust systems with the
added bonus of an extended tungsten life,
both contributing to increased productivity
and lower welding costs.
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Titanium
| Process |
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Typical Use |
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Example Application |
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Benefits |
| TIG and plasma welding |
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- Alushield Light can be used to TIG and plasma
weld stainless steel and nickel alloys of all
grades because of its inert nature
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- Automatic and robotic welding
of tubes and pipes
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- It has proved possible to significantly
increase welding speeds in autogenous
welding of exhaust systems with the
added bonus of an extended tungsten life,
both contributing to increased productivity
and lower welding costs.
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