Repair Systems — 03 — Facade & External Envelope

Metal Profiled / Standing-Seam Cladding

Technical product reference for steel and aluminium profiled facade cladding — Colorbond profiled sheet, mini-orb, and standing-seam metal cladding systems for NCC 2022 compliant facade remediation. Includes concealed-fix standing-seam aluminium, Colorbond corrugated/trimdeck for facades, and trapezoidal steel profiled cladding.

4
Products listed
4
Brands covered
Metal profiled / seam
System type
NCC 2022 / AS 1562
Standards

What is metal profiled and standing seam cladding?

Metal profiled and standing seam wall cladding systems use roll-formed or flat sheet metal panels fixed to a structural subframe to form the outer weather skin of a building. Steel (Colorbond), zinc, copper, and aluminium are all non-combustible metal options available for NCC 2022 compliant Class 2 building facades.

Product Reference

4 products — metal profiled and standing seam facade cladding — scroll to view all

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BlueScope Steel — Colorbond

Colorbond Steel — Standing Seam Wall Cladding

Colorbond steel standing seam wall cladding — non-combustible — roll-formed

System Description

Colorbond pre-painted Zincalume steel standing seam wall cladding from BlueScope Steel is the benchmark metal profiled cladding system for Australian industrial, commercial, and Class 2 residential buildings. Roll-formed from Colorbond steel (Zincalume base with pre-painted PVDF or acrylic coating), it is non-combustible under NCC 2022 and available in a range of standard Colorbond colours. Standing seam profiles use a concealed clip system with no exposed fasteners on the weather face, creating a clean vertical or horizontal facade expression. Available in a range of standard profiles including 25/75/150/200 mm flat-seam and curved profiles through local rollformers. AS 1562.1 compliant design. Widely used for cladding replacement on Class 2 buildings in industrial precincts and contemporary residential towers.

Technical Properties

  • Non-combustible steel substrate — NCC 2022 compliant for external walls of Class 2–9 buildings
  • Colorbond pre-painted finish — PVDF or polyester coating — Colorbond standard colour range
  • Standing seam concealed-clip fix — no exposed fasteners on facade weather face

Limitations

  • Thermal expansion is significant — a 6 m Colorbond panel expands approximately 6 mm over 50°C temperature swing — must be accommodated in clip and joint design
  • Metal facades transmit sound — rain noise on metal profiled cladding is a known amenity issue in occupied Class 2 buildings
  • Colorbond colour range is fixed — custom colours not available; colour must be selected from standard Colorbond palette

PROCUREMENT SOURCES

Confirm suitability with the current manufacturer TDS before specifying or applying.

Rheinzink / Zintek — Zinc Facade Systems

Rheinzink Standing Seam — Zinc Wall Cladding

Zinc standing seam wall cladding — titanium zinc — pre-weathered finish — non-combustible

System Description

Zinc (titanium zinc) standing seam wall cladding is the premium architectural metal facade option, widely used in Europe and increasingly in Australian high-end residential, commercial, and Class 2 remediation projects. Rheinzink (Germany) is the leading titanium zinc facade product, available in pre-weathered blue-grey (prePATINA bluegrey) and graphite-grey finishes that replicate decades of natural zinc patina from day one. Non-combustible and NCC 2022 compliant. Service life of 80–100+ years in normal atmospheres. Zinc naturally re-seals minor scratches through the patination process. Suitable for coastal environments (confirmed with Rheinzink Australia for specific marine exposure categories). Standing seam concealed-clip fixing eliminates exposed fasteners. Zinc expands significantly — expansion provisions are more critical than steel and must be designed by the installer.

Technical Properties

  • Titanium zinc alloy — non-combustible — NCC 2022 compliant for all Class and height combinations
  • Pre-weathered finish available from day one — eliminates the 5–15 year natural weathering period
  • Service life: 80–100+ years in normal atmosphere — 60+ years in coastal environments

Limitations

  • High material cost — titanium zinc is significantly more expensive than Colorbond steel per m²
  • Significant thermal expansion — zinc expands 2.2× more than steel per °C — expansion clips and joints must be carefully designed
  • Specialist installers required — zinc standing seam is a trade skill not common to standard roofing/cladding contractors

PROCUREMENT SOURCES

Confirm suitability with the current manufacturer TDS before specifying or applying.

Fielders Steel / Stramit Australia

Fielders KingFlor / Panelrib — Profiled Steel Wall Cladding

Profiled steel wall cladding — Fielders — face and concealed-fix — NCC 2022

System Description

Fielders Steel is one of Australia's leading profiled steel cladding manufacturers, offering a range of wall cladding profiles in Colorbond pre-painted steel including Panelrib (ribbed wall profile), Longline (flat-seam profiled panel), and concealed-fix profiles. All profiles are manufactured from BlueScope Colorbond steel and are non-combustible under NCC 2022. Fielders has a national rollformer network providing project-specific panel lengths and profiles cut to order. Face-fixed profiles use standard Colorbond screws; concealed-fix profiles use clip systems. The wider Fielders range also includes box-rib and corrugated profiles suited to industrial and contemporary residential facades. Popular for Class 2 building remediation where industrial aesthetic and rapid installation are preferred over premium architectural panels.

Technical Properties

  • Non-combustible Colorbond steel — NCC 2022 compliant for external walls
  • Range of profiles: Panelrib, Longline, concealed-fix — confirm profile availability with local Fielders rollformer
  • Panel lengths: roll-formed to project-specific lengths — no joints in long runs

Limitations

  • Industrial aesthetic — profiled steel facade appearance does not suit all Class 2 building design contexts
  • Face-fixed profiles have exposed fasteners — specify concealed-fix profile where clean appearance is required
  • Thermal expansion must be managed in screw-fix joints — over-tightening of screws causes pull-through on thermal cycling

PROCUREMENT SOURCES

Confirm suitability with the current manufacturer TDS before specifying or applying.

KME Group / Aurubis — Copper Facade

KME Copper — Standing Seam Facade

Copper standing seam wall cladding — premium architectural — patinating finish

System Description

Copper standing seam wall cladding is the most distinctive and long-lasting metal facade option — a premium specification for landmark, heritage, or architecturally significant Class 2 buildings. Pure copper is fully non-combustible and NCC 2022 compliant. Over time, copper develops a natural green-blue patina (verdigris) that is stable and protective — the patina is often the desired design outcome. Pre-oxidised and pre-patinated copper is available from KME and Aurubis where immediate natural weathered appearance is required. Service life of 100+ years in most environments. Specialist copper-working contractors required — copper requires soldering, not welding, and different tools from steel. Copper run-off stains adjacent materials green — this is a critical design consideration for drainage routing.

Technical Properties

  • Pure copper — fully non-combustible — NCC 2022 compliant for all Class and height combinations
  • Service life: 100+ years — natural patina provides stable long-term corrosion protection
  • Pre-oxidised and pre-patinated grades available — immediate natural weathered appearance from installation

Limitations

  • Extremely high material cost — copper is one of the most expensive facade metals per m²
  • Copper run-off creates green staining on adjacent materials (concrete, render, glass) — drainage routing critical
  • Specialist copper-working contractors required — not interchangeable with standard metal cladding contractors

PROCUREMENT SOURCES

Confirm suitability with the current manufacturer TDS before specifying or applying.

System Comparison

Side-by-side comparison of metal profiled and standing seam cladding systems. Confirm all selections against the current manufacturer TDS.

ProductBrandMetalFinishNCC 2022CoastalService lifePrimary use
Colorbond Standing SeamBlueScopeZincalume steelColorbond pre-paintedCompliantYes — Colorbond coastal25–40 yrStandard — wide colour — Class 2 and industrial
Rheinzink Standing SeamRheinzinkTitanium zincNatural or pre-weatheredCompliantYes — confirm grade80–100+ yrPremium architectural — grey/graphite tones
Fielders Profiled SteelFieldersColorbond steelColorbond pre-paintedCompliantYes25–40 yrIndustrial and commercial — national supply
KME Copper Standing SeamKME / AurubisPure copperNatural patinatingCompliantYes100+ yrLandmark / heritage — premium architectural

Do not confuse metal profiled / standing-seam facade cladding with:

  • Profiled steel roofing sheet — roof-grade corrugated or trimdeck sheet designed for horizontal fall and roof loads; different structural design, spanning capacity, and weather-sealing details from facade-rated profiled cladding
  • Insulated metal sandwich panels — composite panels with metal faces and foam insulation core; different product category with different fire performance, spanning, and fixing system — listed separately from profiled sheet cladding
  • Metal cladding on exposed timber framing — timber subframe is combustible and not suitable for Type A or Type B NCC 2022 buildings; metal profiled facade cladding must be fixed to a non-combustible or engineered subframe system
  • PVDF-coated flat sheet — flat aluminium or steel sheet for custom-fabricated cassette cladding; different product form from profiled standing-seam — different structural behaviour and fixing method

Disclaimer

Information is general only. Metal profiled and standing-seam cladding must be confirmed against NCC 2022 and AS 1562 for facade application. Thermal movement provision and concealed-fix system design require facade engineering review. Engage a facade engineer before specification.