SIP panels
The Right Choice

Typically: manufacturing design (shop drawings), SIP panels, fasteners, assembly materials, and the structural assembly itself. Transportation and heavy machinery (mechanization) are calculated based on the project location and site access.

Most commonly in: foundations, high-quality windows and doors, roofing materials, facade finishing, MEP installations (heating/Heat Recovery Ventilation), and the overall standard of the interior finish.

SIP technology often saves significant time and reduces long-term thermal loss due to its superior building envelope. The final cost depends on the details and finishing standards—for a fair comparison, we always look at the same scope of delivery.

The insulation core depends on the panel type and required performance criteria, such as thermal resistance ($R$-value), fire reaction, and acoustics. We propose the ideal buildup for each specific project. Our standard product range includes:

• SC-SIP 110 (80mm core): Ideal for interior non-load bearing partitions.

• SC-SIP 170 (140mm core): Used for exterior building shells and load-bearing walls.

• SC-SIP 210 (180mm core): Optimized for walls, floors, and ceilings.

• SC-SIP 270 (240mm core): High-performance solution for roof structures.

Not necessarily. A SIP structure can serve as a high-performance building envelope on its own. However, additional insulation may be recommended to refine facade details, improve summer thermal stability, or meet specific architectural requirements. We assess each case based on your targets and budget.

Joints and connection details are the most critical points. During assembly, we utilize specialized system sealants and precise installation procedures to ensure the building envelope is airtight, structurally flush, and free of unnecessary thermal bridges.

Ideally, we need: floor plans, cross-sections, elevations, a rough roof composition, the project location, and your desired timeline. If you only have a preliminary architectural study, we can start with that as well.

Yes—we can cover the entire end-to-end process, from preparing technical documentation to the final assembly of the structure (and a broader scope upon agreement).

Assembly can be scheduled even during colder months; however, moisture is always a risk factor. We manage our logistics to ensure the building shell is closed as rapidly as possible using roofing, membranes, and temporary covers.

The priority is the swift completion of the roof plane and covering. We establish the construction workflow from day one to minimize any risk of water ingress.

Immediate action is crucial: seal the building as soon as possible, ensure proper airflow, and use dehumidifiers if necessary. The most significant damage occurs when moisture becomes “trapped” within the structure without a way to escape.

A house should be airtight (to ensure energy efficiency and comfort) and “breathe” exclusively through a dedicated ventilation system. For a high-quality building envelope, we strongly recommend a systematic approach to air exchange, such as Heat Recovery Ventilation (HRV).

Yes, it is highly beneficial for most modern homes. It provides consistent air quality, prevents moisture spikes, and significantly reduces heat loss caused by traditional ventilation.

Penetrations are critical points in any structure. We address them during both the design and execution phases to ensure they are safe and fully sealed, protecting the building’s integrity regarding fire safety, airtightness, and moisture control.

Yes—effective methods include installing furring wall systems, adding dedicated acoustic insulation, and using the correct configuration of multi-layered cladding.

Advanced planning is key—we integrate reinforcements or specific anchoring details during the manufacturing process to ensure the final solution is safe, structurally sound, and aesthetically clean.

Due to their low heat loss and high thermal efficiency, SIP homes work exceptionally well with low-temperature heating systems (e.g., underfloor heating, heat pumps). The final choice depends on your budget and specific usage patterns.

The details: protection against water ingress, properly sealed penetrations, high-quality facade and roofing systems, controlled ventilation, and strict discipline during finishing works.