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→ The entire wooden house is built using the Platform Frame construction system in glulam: the glulam beam is a single body made up of individual glued planks.
→ Ductile, flexible and resistant, glulam allows structures of any size to be built without design limitations.
→ For the same dimensions, glulam withstands significantly higher stresses than solid wood, and also has greater stability.
→ The beams used have a cross-section of 6×16 cm compared to the most common cross-section of 5×10 cm; they are therefore stressed only by 50/60% of their actual capacity.

→ The mechanical properties of glulam, combined with innovative autoclave treatments, make the structure highly resistant over time.
→ The wood treatment is calibrated to the most critical climatic conditions: humidity, salt mist, saltiness, ice.
→ The quality of the treatments applied to the wooden structure completely eliminates the need for maintenance work.
→ Treatment with natural impregnating agents on the exposed wooden parts limits maintenance costs to simple repainting.

→ The glulam load-bearing structure is protected from fire by appropriate technical measures both on the external and internal parts of the wall, making it difficult to attack in the event of a fire.
→ In such a scenario, wood has a significantly longer failure time compared to traditional concrete and/or steel structures.
→ Glulam, lightweight, solid and extremely elastic, is considered the anti-seismic material par excellence. This is why in highly seismic areas, such as Japan, wooden architecture is very widespread. The Platform Frame Construction System has a structural factor (resistance in the event of an earthquake) of 5, which corresponds to the maximum value provided for wooden constructions by both Eurocode 8 and the New Technical Regulations NTC 2008.
→ Today, Italian and European regulations impose no height limits on wooden buildings, in recognition of the mechanical qualities of wooden structures.

→ The cost of a wooden house is slightly lower than that of a traditional house, but considerably advantageous when considering the value and particular qualities of the home: technological innovation, ecological respect, economic convenience. Read here to learn more about the price of a wooden house. On average, a wooden house can be built in 90 days. This speed derives from multiple factors: – ease of working with wood; – absence of unexpected issues guaranteed by the precision of the design and components produced; – assembly carried out by technicians with decades of experience. There are no price changes compared to what was agreed at the time of ordering. The real estate value of a wooden house grows constantly over time.
→ The insulation and breathability characteristics of Subissati homes far exceed those of traditional homes. A 30 cm external wall is sufficient to achieve Class A energy efficiency, compared to the unlikely 70 cm of a masonry wall. The reduced wall thickness allows for the recovery of a significant percentage of floor space. Each individual plank is marked with an identification code traceable in the executive technical design. A detailed assembly manual, also available to the customer, guides and simplif

Depending on customer requirements, the house can be delivered in 4 different stages of works progress:
LEVEL 1 / BUILT HOUSE
Bearing structure, ceiling, insulated and ventilated roof, external and internal bearing walls closed with insulating material included.
LEVEL 2 / EXTERNALLY FINISHED HOUSE
Plastered external coat, sheet metal work and final roof covering.
LEVEL 3 / EXTERNALLY FINISHED HOME WITH FIXTURES
Windows and doors, thresholds, armoured door, shutters or blinds.
LEVEL 4 / TURNKEY SOLUTION
Load-bearing walls, utilities, slabs, floors, coverings, internal doors, bathroom fixtures and finishings.