The REM modul modular construction system allows a wide range of applications to construct simple or complex prefabricated buildings. Its design makes it easy to set up the desired facility and to start using it quickly.
Standard exterior dimensions
The basic exterior dimensions of standard living units are described in the table below.
Unit type
Unit length
Unit width
Unit height
10"
2,989 m
15"
4,550 m
16"
4,880 m
20"
6,055 m
24"
7,325 m
30"
9,125 m
2, 435 m
2,591 m / 2,741 m1;
(NV=2,326 m)
2,765 m / 2,915 m1;
(NV=2,500 m)
Steel frame protection
As a standard, a coating system that provides the C3 class of protection (ISO 12944-2:2018) is used.
Anti-corrosion protection of the steel frame
Coating system
Coating thickness based on ISO 12944-6 (μm)
Corrosion category of the coating (ISO 12944-2)
Coating type
Coating durability ISO 12944-1
1
120 μm
C3 - M
2
180 μm
C4 - M
3
240 μm
C5 - M
Anti-corrosion protection of steel frame - applied on hot-dip galvanized surface
Coating system
Coating thickness based on ISO 12944-6 (μm)
Corrosion category of the coating (ISO 12944-2)
Coating type
Coating durability ISO 12944-1
1
80 μm
C3 - M
2
120 μm
C4 - M
3
160 μm
C5 - M
Single-layer
polyurethane
coating
Static design of the units
The unit is designed as a two-axis steel moment frame. Secondary beams transmit the loads to the primary beams, and from there the forces are transmitted to the corner posts via rigidly designed ceiling and floor corner fittings. At the same time, the floor corner fittings also transfer the unit loads to the foundation floor. The unit dimensions and particular load-bearing elements can be adapted to the needs of the building in question and the bearing of loads acting on it.
Units that do not fall within the standard dimensions and standard permissible loads can also be manufactured. In such cases, it is necessary to conduct the static verification of the unit frame, which will serve as the basis for appropriate unit construction.
Extreme flexibility
In addition to the top insulation layer, the ceiling of REM modules also acts as a primary roof, ensuring good watertightness and protection against the elements.
Standard interior ceiling coverings include:
10 mm thick chipboard, foil-coated, white.
Shallow profiled coated sheet metal, thickness 0.5 mm.
Mavčno kartonaste plošče 12.5 mm thick gypsum board.
Extreme flexibility
43 (-5, -12) dB - 49 (-1, -6) dB
The external wall of the module is the main dividing barrier between the exterior and the interior. Different wall compositions are used to comply with the required energy, sound and fire performance standards.
Chipboard
10 mm thick, foil-coated, white.
Flat coated sheet metal thickness 0.5 mm.
Gypsum board
12.5 mm thick.
The thickness of the glass wool thermal insulation can be adapted to the required U-values.
The outer layer of the unit consists of a 0,5 mm thick coated sheet metal.
Any modular building built with the REM module system can be upgraded with a secondary ventilated facade.
The panels come in standard dimensions of 1145 mm.
Extreme flexibility
The main function of a floor is to withstand stress and wear. The floor in REM modular units can be customized to withstand all types of loads.
The floor coverings can consist of:
PVC
Rubber
Elastic self-leveling coating
Aluminium ribbed sheet metal
Ceramic tiles
Laminate flooring
The colour, thickness and dimensions of the floor covering is customized according to the project specifications.
Wood cement board, 20 mm thick.
The thermal insulation of the floor can be customized to comply with the required U-values using different thicknesses and types of insulation.
Top layer of galvanised sheet metal with a thickness of 0.5 mm
Extreme flexibility
In addition to the standard floor profile heights of 120 and 170 mm, we can also produce floor profiles in other dimensions upon request.
Different forklift attachment pockets can be made in the floor profiles according to the customer's requirements, to allow easier handling of the units.
CONNECTIVITY
3x
modules
on top of each other
modules
alongside one another
