Our system uses engineered cement boards, galvanised steel framing, and an EPS-insulated core. It delivers faster build times, superior thermal performance, high structural strength, and minimal on-site waste. It is more sustainable, consistent in quality, and cost-efficient over the long term.

A typical 100 m² home is assembled on-site in 3–5 days, thanks to pre-engineered panels and simplified connection details.

Yes — the system is engineered for high performance and safety:

• Earthquakes up to magnitude 9

• Winds up to 200 km/h

• Extreme heat and cold

• Fire-resistant and moisture-resistant properties

Absolutely. The system supports:

• Multiple layouts and architectural styles

• Flexible window and door placements

• Additional floors

• A wide range of internal & external finishes

Yes. The EPS core provides excellent thermal insulation, significantly reducing heating and cooling costs year-round.

Turnkey solutions typically start from €1,250 per m² (excluding appliances). Because installation is fast and labor requirements are lower, the total project cost is usually much more efficient than conventional construction.

Our prefab structural system complies with major international standards:

• IBC – International Building Code

• IRC – International Residential Code

• IECC – Energy Conservation Code

• FBC – Florida Building Code

• ASTM / ASCE / SEI tests

All supported by independent engineering reports.

Yes. With our technical guidance, documentation, and installation details, local teams can assemble the entire system correctly and efficiently.

Very minimal. Materials are corrosion-resistant, impact-resistant, and designed for longevity. Routine checks are recommended but overall maintenance is extremely low.

We provide full technical documentation, engineering certificates, fire tests, structural reports, and compliance documents to support planning and permit approval.

With proper installation, the structural lifespan typically exceeds 50 years, often significantly longer.

Yes. The modular structural logic allows for future extensions or additional spaces, as long as they are planned and engineered properly.