Aluminium facade systems are well suited to industrial and warehouse buildings where durability, low maintenance, and non-combustible construction matter. For NCC Class 7b and Class 8 buildings, aluminium cladding provides impact resistance, corrosion performance, and large-format panel coverage that reduces installation time on the big facade areas typical of industrial projects.
Corporate industrial facilities, logistics hubs, data centres, and technology campuses now demand facades that perform architecturally as well as functionally. The building’s exterior is part of the brand, the tenancy pitch, and the planning approval. That shift has opened industrial construction to facade systems that were once reserved for commercial and residential sectors.
Why are industrial facades changing?
Three things are driving the shift from basic steel sheeting to considered facade design on industrial buildings.
First, planning authorities in most Australian states now impose design quality requirements on industrial developments, particularly in employment and business zones visible from major roads. The blank tilt-up wall with a strip of colour bond is increasingly difficult to get through DA approval. Councils want articulated facades, mixed materials, and some architectural intent - even on a warehouse.
Second, corporate tenants and owner-occupiers expect buildings that reflect their brand. A logistics company running a national distribution centre is not signing a lease on a building that looks like it was designed purely to minimise cost per square metre.
Third, insurance considerations are pushing more industrial developers toward non-combustible construction even when the NCC does not strictly require it. A single fire event on a large warehouse can generate losses in the tens of millions. Non-combustible facades reduce both fire risk and insurance premiums.
What does the NCC require for Class 7 and Class 8 facades?
Under the NCC, Class 7b buildings (warehouses and storage) and Class 8 buildings (factories and processing plants) have different construction type requirements depending on size and rise in storeys.
For buildings of four or more storeys, the NCC requires Type A construction, which mandates non-combustible external walls. This is straightforward - aluminium cladding systems tested to AS 1530.1 satisfy the non-combustibility requirement directly under the Deemed-to-Satisfy provisions.
For low-rise industrial buildings of three storeys or fewer, Type C construction is typically permitted. Type C allows a broader range of materials, meaning non-combustible facades are not always mandated by the code. However, a significant proportion of industrial projects use non-combustible cladding by choice rather than obligation. The reasons are practical: insurance, corporate policy, asset protection, and the reality that large industrial buildings contain high-value inventory and equipment.
Valmond & Gibson’s aluminium systems - element13, interloQ, and conneQt - are all tested non-combustible to AS 1530.1 by CSIRO under NATA accreditation. element13 was tested under CSIRO Report FNC12545 and interloQ under CSIRO Report FNC12595. This testing provides clean documentation for certifiers regardless of whether non-combustibility is mandated or elected.
Which aluminium system suits which part of an industrial building?
A typical warehouse or logistics facility has distinct zones - main warehouse walls, office and reception entries, plant rooms, loading docks, car parks, and service areas. Each has different performance and appearance requirements, and the facade system should respond to that.
element13 solid panels - main facade areas
The large, flat facade areas on industrial buildings are where element13 performs strongest. These are the walls visible from the street, the approach, and adjacent properties - the elevations that planning authorities and tenants care most about.
element13 panels are 3mm solid aluminium, available in sizes up to 1500mm wide by 4000mm long. On an industrial building with facade areas measured in thousands of square metres, that panel size matters. Larger panels mean fewer joints, fewer fixings, and faster installation. On a 2,000 square metre facade, the difference between a 600mm-wide system and a 1500mm-wide system is significant in both installation time and visual outcome.
Impact resistance is a genuine consideration on industrial facades. Forklifts operate near walls. Pallets get stacked against buildings. Trucks reverse into loading areas adjacent to cladding. element13 has been impact tested to ASTM E695-03 and hail impact tested to ANSI FM 4473. At 3mm solid aluminium, it is substantially more resistant to denting and damage than thin-gauge steel cladding or aluminium composite panels. The surface indentation test (NCC C1.8 Clause 5(d)) returned a result of “immeasurable” - the panel surface effectively resists local impact deformation.
For structural performance, element13 has been tested to AS 4040.3 with results of 1875Pa at serviceability limit state and 5559Pa at ultimate limit state. That ULS figure is cyclonic-rated - well beyond what most metropolitan industrial sites will experience, but valuable for exposed sites in northern Australia or elevated coastal locations.
The coating is PPG PVDF paint, which offers superior UV resistance and gloss retention compared to standard polyester powder coat. In industrial environments where facades are exposed to full sun, chemical atmospheres, and airborne particulates, coating durability directly affects long-term appearance and maintenance cost.
conneQt battens - screening and ventilation
Every industrial building has areas that need to be screened from view while maintaining ventilation - loading docks, plant rooms, bin stores, car park structures, and service yards. These zones are often treated as afterthoughts, but they are the areas visible at ground level.
conneQt aluminium battens provide screening that allows airflow while concealing plant, vehicles, and service infrastructure from public view. The battens can be oriented vertically or horizontally, spaced to control sightlines, and finished to match or complement the primary facade. On a logistics hub with multiple loading docks, a conneQt screen running the length of the dock face transforms an open service area into a composed facade element.
conneQt uses the same 6060/6063 T5 aluminium alloy as interloQ - same non-combustibility credentials, same corrosion resistance. The battens integrate with both element13 and interloQ, allowing a consistent material language across the building.
interloQ interlocking rainscreen - office entries and reception areas
The office component of an industrial building - the reception, administration wing, or corporate entry - is where architectural quality is most visible. This is the part visitors see and tenants photograph for their website.
interloQ’s interlocking rainscreen profile offers a different texture and shadow line compared to the flat face of element13. The panels can be installed vertically or horizontally, and the rainscreen principle - a drained and ventilated cavity behind the panels - provides inherent weather management. For the office entry of an industrial building, interloQ signals the transition from functional warehouse to corporate interface.
Panels are individually interchangeable, so damage repair does not require disturbing adjacent panels. Weather performance has been tested to AS/NZS 4284:2008 at 1500Pa serviceability limit state (Ian Bennie & Associates, NATA #2371).
How does aluminium compare to steel cladding on lifecycle cost?
The upfront cost comparison between aluminium facade systems and profiled steel sheeting often favours steel on a rate per square metre basis. But industrial buildings are long-life assets - 30 to 50 years of service life is typical - and the lifecycle cost picture is different.
Steel cladding in industrial environments is vulnerable to corrosion, particularly in coastal areas, near chemical processes, or in locations with high humidity and salt air. Corrosion starts at cut edges and fastener penetrations, and once established, it progresses. Repainting profiled steel cladding on a large industrial building is a major exercise - scaffold access, surface preparation, and application across thousands of square metres.
Aluminium does not rust. The natural oxide layer provides inherent corrosion resistance, and powder coat or PVDF finishes add a further barrier. Maintenance is limited to periodic washing - every three months in industrial or coastal environments, using mild detergent and warm water. There is no repainting cycle.
Over a 30-year building life, the avoided cost of two or three steel repaint cycles - each potentially costing six figures on a large facility - shifts the economics materially. Aluminium’s lifecycle cost advantage becomes clear once repainting and corrosion replacement costs are factored in.
What about sustainability reporting?
Aluminium is 100% recyclable without loss of material properties. At end of life, aluminium facade panels retain significant scrap value - relevant on industrial buildings where eventual demolition or refurbishment is part of the asset plan. Recycled aluminium requires only 5% of the energy used in primary production. For projects reporting under Green Star, NABERS, or corporate ESG frameworks, aluminium’s recyclability and durability profile contributes positively.
Getting the specification right
Industrial facade specifications benefit from early engagement with the cladding supplier. Panel module planning, subframe design, and fixing zone layouts on large facade areas are more efficient when the supplier’s technical data is available at design stage rather than being retrofitted during construction documentation.
Valmond & Gibson provides compliance packs, structural test data, and technical manuals for all systems. For industrial projects, the combination of element13 for primary facades, conneQt for screening, and interloQ for office entries gives architects and builders a coordinated aluminium palette that covers every facade zone on the building - with consistent non-combustibility credentials, a single supplier relationship, and documentation that satisfies certifiers without chasing multiple sources.
Related Reading
- Aluminium Cladding for Data Centres and Tech Facilities
- Aluminium Facades for Car Parks and Parking Structures
- Aluminium vs Steel Cladding: A Practical Comparison for Australian Facades
- element13 Specification Guide: Solid Aluminium Cladding for Australian Projects
Last updated: 4 April 2026