Sandwich panels with a closed-cell EPS core bonded between cementitious skins and reinforcing mesh. They deliver strength, thermal performance, acoustic comfort, and moisture resistance.

The assembly carries strong fire performance with test documentation suitable for submissions. Final ratings depend on thickness, detailing, and project specification.

Panels are encapsulated by cement skins which delay exposure and ignition. As with all building systems, compliant fire detailing and barriers are required.

EPS cement panel walls provide notable sound reduction; acoustic performance varies by thickness, wall build-up, and finishes.

Yes—cement facings resist rot and mold and the closed-cell core resists moisture. Correct flashing, membranes, and finishes are essential.

Lightweight assemblies reduce inertial loads and can be reinforced at joints and openings. Seismic performance depends on engineering and detailing for the site.

Projects commonly complete 40–60% faster than traditional masonry, with simpler sequencing and fewer wet trades.

Standard saws, adhesives, and fixings are used. Installers should be familiar with panel handling, joint reinforcement, and fire/air-seal detailing.

Yes—clean chases for electrical and plumbing can be routed without compromising panel integrity when detailed correctly.

Openings are framed with engineered headers/sills and reinforced edges. Proper flashing, tapes, and sealants ensure performance.

Paint, render, or cladding systems depending on climate zone and design intent. We’ll recommend a specification for your project.

Yes. Designs align to the NCC and are engineered to meet or exceed relevant local standards and overlays.

Yes—see our Planning Services and Permit & Proposal Packs for submission-ready documentation.

Engineering, specifications, and details appropriate to the build, including fire, thermal, and structural information for councils and lenders.

Often yes, with project-specific detailing and engineering. We map constraints early and design accordingly.

Upfront materials may differ, but program speed, labour efficiency, and reduced waste typically improve overall cost and cashflow.

Efficient envelopes reduce heating/cooling demand and improve comfort. Final outcomes depend on thickness, glazing, and climate zone.

Periodic inspections of finishes, sealants, and flashings. Cement skins protect the core; maintenance is typically minimal.

Durable assemblies with stable performance when detailed and maintained correctly over the building’s lifecycle.

EPS is recyclable and waste can be reduced with pre-engineered cuts; final recyclability depends on local facilities and take-back programs.

Absolutely—plans are tailored to site, climate, and style preferences. We offer multiple elevations and finish systems.

Yes—panels are versatile across walls, roofs, and some floor systems when engineered accordingly.

Yes—internal/external retrofits are possible subject to structural assessment and finish compatibility.

Panels are commonly ~610 mm wide and ~2440 mm long with multiple thicknesses; project-specific sizes can be specified.

Share your site/location and brief via our contact page. We’ll outline pathways, timelines, and indicative costs.

Yes—design, engineering, panel supply, steel, roofing, rough-ins, finishes, and handover. We define inclusions clearly at proposal stage.

Both are foam-core systems; our cement-faced panels emphasise fire/moisture performance. The right choice depends on project goals.