Aluminium Welding on the Mid North Coast

Servicing Taree and surrounding areas

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Side View Of Aluminium Boat — Steel Fabrication In Taree, NSW

Mid North Coast Aluminium Welding

Whether you're building something new or extending the life of an existing structure, the quality of your aluminium welding can make or break the project. At Oz-Craft in Taree, we specialise in delivering expertly welded aluminium components designed to withstand the harsh conditions of the Mid North Coast—whether it's the salty coastal air, high moisture levels, or constant sun exposure.


Our clients rely on us for clean, precise welds that not only meet structural requirements but also enhance the overall finish of the project. From intricate decorative pieces and modern gates to heavy-duty marine fixtures and commercial fittings, our welding work is always driven by a focus on strength, accuracy, and appearance. We use the latest welding techniques to ensure consistent results, even on complex jobs that require custom fabrication or specialised alloys.


If you're in Taree or across the Mid North Coast and want your aluminium welded right the first time, contact Oz-Craft on 02 6554 6992 for expert advice and dependable results.

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Welded with Purpose

Aluminium might be one of the most versatile metals on the market, but it’s also one of the most difficult to weld properly. Its lightweight, excellent corrosion resistance, and non-magnetic properties make it ideal for many industries—construction, marine, transport, and architectural design included.


But without the right tools and techniques, welding aluminium can result in weak joins, cracked finishes, and premature failure. That’s why tradespeople, builders, and property owners across the Mid North Coast turn to professionals like Oz-Craft when quality matters.


Our team understands how to work with different grades and thicknesses of aluminium, ensuring every weld delivers the required strength and durability for long-term use. We approach each project with careful planning and precision, accounting for the metal’s conductivity, melting point, and application environment.



The result? Welds that are not only structurally sound but also clean and professional in appearance—ideal for both visible installations and load-bearing parts. A high-quality weld today can prevent costly repairs tomorrow.

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Close Up View Of Aluminium Boat — Steel Fabrication In Taree, NSW

Frequently Asked Questions

  • What is aluminium welding used for?

    Aluminium welding is commonly used in construction, automotive, marine, manufacturing, and fabrication projects. It’s ideal for building lightweight but strong structures like gates, balustrades, frames, panels, and enclosures. In marine settings, aluminium is often used for boat repairs and trailer components due to its corrosion resistance. It’s also frequently used in architectural designs, privacy screens, and signage where both function and appearance matter. Welding helps to securely join aluminium pieces so the structure maintains its integrity over time.

  • Can all types of aluminium be welded?

    Not all aluminium alloys are easily weldable. While many grades like 5XXX and 6XXX series are suitable for welding, others—particularly some from the 2XXX and 7XXX series—can be more difficult due to their chemical composition and susceptibility to cracking. It’s important to identify the alloy before welding so the correct technique, filler material, and temperature control can be applied. Professionals use MIG or TIG welding depending on the alloy and thickness, ensuring proper penetration and strength in the weld.

  • What’s the difference between TIG and MIG welding for aluminium?

    TIG (Tungsten Inert Gas) welding is generally used for thin aluminium and precision work, offering cleaner and more controlled welds. It’s ideal for decorative finishes or projects where aesthetics matter. MIG (Metal Inert Gas) welding is faster and typically used for thicker materials or when larger welds are needed quickly, such as in structural or industrial applications. Both methods require shielding gas and clean surfaces, but TIG offers more finesse, while MIG delivers speed and efficiency.

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