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Nexalloy ER5183 Marine Grade Aluminum TIG Rod 3/32" 10lb Tube

$17.80/lb $111.30/10lb tube only $11.13/lbSave 37%

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OVERVIEW

Weld Like a Pro with Nexalloy 5183

If you are welding on a boat hull, a heavy-duty aluminum trailer, or a custom fuel tank, you know that not all aluminum rods are created equal. The Nexalloy ER5183 TIG rod is the heavy hitter of the aluminum world. While 4043 is great for general repairs and 5356 is the standard for structural work, 5183 steps it up a notch. It is specifically formulated with extra manganese to give you higher tensile strength, meaning your welds can take more abuse without cracking. If you are working with 5083 or 5456 armor plate or marine-grade sheets, this is the rod you need to match the base metal's strength.

Let's talk about the puddle. Aluminum TIG welding requires cleanliness and consistency, and Nexalloy delivers both. These rods come with a super-clean finish right out of the tube, which helps minimize that annoying black smut and reduces the chance of porosity in your bead. The 3/32" diameter is a perfect "goldilocks" size—stiff enough to feed easily without buckling in your glove, but thin enough to control the puddle on 1/8" to 3/16" material without chilling the bath too quickly. The arc stability is smooth, and the freeze rate is manageable, allowing you to stack dimes with precision.

This 10lb tube is perfect for the serious fabricator who goes through consumables but wants them protected. The 36-inch lengths give you plenty of run time before you have to reach for another rod, keeping your rhythm uninterrupted. Whether you are building a tuna tower, repairing a cryogenic vessel, or just want the strongest possible bead on your aluminum project, Nexalloy 5183 gives you the confidence that your weld will hold up to the elements. Don't settle for generic filler when the job calls for marine-grade toughness.

Additional Information
Aws Spec:ER5183
Brand:Nexalloy
Diameter:2.5mm (3/32")
Packaging:10 lb Tube
Weld Process:TIG (GTAW)
Polarity:AC
Position:All Position
Material Composition:Aluminum-Magnesium-Manganese
Rod Length:36 inches
Alloy Type:5183
Tensile Strength:High (approx. 41,000 psi)
Corrosion Resistance:Excellent (Marine Grade)
Shielding Gas:100% Argon, Argon/Helium Mixtures
Packaging Description:10lb tube

INCLUDED

  • 10lb Tube of Nexalloy ER5183 Aluminum TIG Rods (36" Length)

APPLICATIONS

  • Marine fabrication (boat hulls, superstructures, decks)
  • Cryogenic tanks and vessels for liquefied gas storage
  • Railroad cars and heavy transportation equipment
  • Offshore drilling rigs and structural frames
  • High-strength aluminum storage tanks
  • Bicycle frames and automotive components using 5xxx series alloys

FAQ

ER5183 contains manganese, which provides higher tensile strength than ER5356. It is specifically recommended for welding high-strength alloys like 5083 and 5456, whereas ER5356 is a general-purpose structural alloy.

Yes, you can use ER5183 to weld 6061 base metals, and it will provide a strong weld. However, ER5356 or ER4043 are more commonly used for 6061 unless higher strength or specific color matching for anodizing is required.

Yes, ER5183 typically provides a good color match for anodized aluminum, similar to ER5356. It does not turn black like ER4043 does after the anodizing process.

100% Argon is the standard gas for TIG welding with ER5183. For thicker sections (above 1/2 inch), an Argon/Helium mix can be used to increase heat input and penetration.

Aluminum is very susceptible to porosity caused by hydrogen and surface oxides. Nexalloy rods are chemically cleaned to remove these contaminants, ensuring a sound, X-ray quality weld.

Like almost all aluminum TIG welding, this rod should be used with Alternating Current (AC) to provide the necessary cleaning action to break up the oxide layer on the base metal.

No, 5xxx series alloys (including 5183) should not be used for sustained service temperatures above 150°F (65°C) due to the risk of stress corrosion cracking.

Keep the tube closed when not in use and store it in a dry, low-humidity environment. While aluminum doesn't rust like steel, moisture can settle on the surface and cause porosity in future welds.
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