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Metals

MATERIALS

Metals

MATERIALS

WAAM materials for high-strength components

Western Australia's first industrial WAAM capability — supporting Defence, marine, mining, and heavy industry applications across Australia and international markets.

Metals Portfolio

316L Stainless steel

KEY PROPERTIES

High ductility and toughness

Superior corrosion resistance

Excellent weldability

USE CASES

Marine environments

Acid/high-stress environments

Chemical processing

Mobility & defence

Explore WAAM capability

Connect with our team to discuss metal fabrication requirements, material selection, and application pathways for WAAM production.

Discuss your requirements

Connect with our team to discuss metal fabrication requirements, material selection, and application pathways for WAAM production.

Explore WAAM capability

Connect with our team to discuss metal fabrication requirements, material selection, and application pathways for WAAM production.

FREQUENTLY ASKED QUESTIONS

What else should you know about WAAM and metal production?

Common questions about large-scale structural metal components produced with WAAM.

Q1.

What is WAAM and why use it for large components?

Wire arc additive manufacturing builds large-scale metal components by depositing material layer by layer, enabling local production of structural parts that would be slow or costly to source conventionally. Hyperion operates Western Australia's first industrial WAAM capability.

Q2.

What metals does Hyperion offer with WAAM?

Structural metals including 304 and 316L stainless steel, mild steel and aluminium, produced with wire arc additive manufacturing for large-scale structural components.

Q3.

What applications is WAAM suited to?

High-strength structural components across defence, marine, mining and heavy industry — particularly large or low-volume parts where conventional metal fabrication carries long lead times.

Q4.

Are WAAM components tested and qualified?

Yes — metal materials and processes are backed by mechanical testing and process validation.