Panels lock together to form the wall. Rebar is snapped into place using IntegraSpacers for accurate cover. Once braced, concrete is poured into the forms. After curing, the panels remain as high‑performance insulation inside and out.

• Fast to install with predictable progress and fewer errors.
• Robust – reliable pours and a monolithic RC core.
• Design‑friendly – corners, curves and complex geometry are straightforward.
• Easy finishing – fixing points suit render, cladding, or brick slips.
• Energy‑efficient – continuous insulation and reduced thermal bridges.
• Acoustic comfort – excellent sound reduction.

Homes, apartments, care facilities, schools, hotels and commercial buildings, as well as basements, pools and retaining walls. It’s used across Europe where strength, speed and efficiency are important.

High performance comes from the concrete’s thermal mass and the continuous insulation on both sides, helping maintain stable indoor temperatures with lower energy demand.

Typical wall configurations achieve U‑values down to 0.20 W/m²K, and with EPS inserts can improve to around 0.10 W/m²K.

Yes. Continuous insulation and detailing around junctions and openings minimise heat loss. Independent testing demonstrates lower thermal bridge losses compared with other systems tested in the UK.

Concrete is non‑combustible and provides excellent fire resistance. Depending on core thickness, walls can provide up to three hours’ fire resistance (e.g. 150 mm core).

• Low waste through modular components and efficient logistics.
• Recycled or recyclable materials used across components; EPS is free from CFCs/HCFCs.
• Energy savings from high thermal performance over the building’s life.