ACCOMMODATION UNITS
Accommodation containers consist of FTVL-60 façade panels, with in-built width of 1145 mm, and total thickness of 70 mm.
Composition
- External wainscot: shallow corrugated, galvanised and painted steel sheet metal 0.5 mm thick. Standard sheet metal colour is grey white (RAL 9002). Other colours in accordance with the RAL scale are also possible.The standard shape of the outer profile is graded (s-profile); you can also choose from other Trimo façade profiles. Other special constructions of façade walls are possible and are subject to discussion.
- Insulation filling: mineral wool 60 mm thick within the wooden framework. Other possible thicknesses: 80 mm, 100 mm, 120 mm, and 150 mm
- Inner wainscot: chipboard 8 mm thick, treated with white foil or wood pattern (bright oak). Other wainscots are possible, subject to discussion.
Joining of façade walls with PVC profiles. Final elements in the interior are made of chipboard 8 mm thick, treated with white foil or wood pattern (bright oak).
Permitted loading: 0.50 KN/m2
Thermal conductivity coefficient: k = 0.55 W/m2K
SANITARY UNITS
Sanitary walls contain façade panel type FTVGS-60, in-built width 1145 mm, and total thickness of 60 mm.
Composition
- External wainscot: shallow corrugated, galvanised and painted steel sheet metal 0.5 mm thick. Standard sheet-metal colour is grey white (RAL 9002). Other colours in accordance with the RAL scale are also possible.The standard shape of the outer profile is graded (s-profile); you can also choose from other Trimo façade profiles. Other special constructions of façade walls are possible and are subject to discussions.
- Insulation filling: mineral wool 60 mm thick within the wooden framework. Other possible thicknesses: 80 mm, 100 mm, 120 mm, and 150 mm
- Inner wainscot: flat, galvanised and painted steel sheet-metal 0.5 mm thick. Sheet metal colour: RAL 9002 – is grey white.
Final elements in the interior are made of galvanised and painted steel sheet metal 0.6 mm thick in grey white colour (RAL 9002).
Permitted loading: 0.50 KN/m2
Thermal conductivity coefficient: k = 0.55 W/m2K