MATERIALS

MODOM supports the client in the whole process that leads to the completion of the construction, from the initial briefing to the keys delivery. The modularity allows to configure the space, with the definition of levels, a plan of the surfaces and the selection of the roof type. Every component of the building may adapt to the site of installation and to the client’s needs. Even the ground connection, the insulation performance, the aesthetic qualities of the casing and the finishes can be adapted to every need or to satisfy any function. Furthermore, aggregating single modules makes it possible to create format of any type and combine it like in a fractal pattern.

FUNDAMENTAL ELEMENTS

the essential components to create your space

STRUCTURAL INSULATED PANELS

elements of the composition


STRUCTURE

MASSIVE WOOD

LAMELLAR WOOD

MICROLAMELLAR WOOD

It is a structural material used to produce structural beams for the construction of wooden buildings. The beams are produced by joining, normally by means of longitudinal comb joints, solid wood elements technically dried and classified according to the resistance.

It is a very solid and resistant structural material produced by gluing wooden boards, usually fir, already classified for structural use and stabilized in the hygrometric content.

It is therefore a newly developed composite material compared to solid wood, built on an industrial scale, which through a technological process of pressure bonding reduces the inherent defects of solid wood.

It is a very solid and resistant structural material produced by the processing of thin and carefully selected thin sheets of wood. These sheets are cut into strips subsequently glued together and again hot pressed. Compared to the wood and lamellar, the microlamelare has superior structural and aesthetic qualities, but it is more expensive.

 

INSULATION

MINERALIZED WOOD FIBER

WOOD FIBER

GLASS MINERAL WOOL

Natural material composed of wood chips compressed in high density panels.

It is an insulator characterized by its high thermo-acoustic capacities and endowed with good thermal inertia that allows to limit the heat peaks inside. These features make it functional in many areas of construction. It can be used as a bracing, a dry floor screed, false ceilings and an outer coat.

Natural material composed of wood fibers compressed in panels with variable density.

It is an insulator characterized by its high thermo-acoustic capacities and endowed with good thermal inertia that allows to limit the heat peaks inside. Based on the selected thickness and density, it can be used as an insulating material for the floor, wall, ceiling, roof and as a plastered external hood.

Natural material composed of glass fiber tablets in panels or low density rolls.

It is an insulator characterized by its softness and its high thermo-acoustic capacities. It is used for the insulation of interiors inside the building, laid between partitions, inside structural walls and a false ceiling. Its softness, given by the low density, allows the easy housing of the plant components within the thickness.

 

CONNECTIONS

OSB3

PLASTER FIBER

WOOD CONCRETE

Material composed of wood chips and glue tablets in high density panels.

It is characterized by its high mechanical and thermoacoustic capacities and its resistance to fire and humidity. Can be used with brace function.

Natural material composed of gypsum and cellulose fiber compressed into very high density slabs.

It is characterized by its high mechanical and thermoacoustic capacities and excellent resistance to fire and humidity. Layered single or double slab, it can be used as a bracing, a dry screed for flooring, and an internal lining for walls and false ceilings.

It is therefore a newly developed composite material compared to solid wood, built on an industrial scale, which through a technological process of pressure bonding reduces the inherent defects of solid wood.

Material composed of wood and cement fibers compressed into high density slabs.

It is characterized by its high mechanical and thermoacoustic capacities and its resistance to fire and humidity. It can be used for bracing and reinforcement of wooden structures, cladding for external cladding, interiors, counter-walls, false ceilings and ceilings.

 

AIR-TIGHT

MEMBRANE

transpiring

Sd < 0,1

MEMBRANE

vapor-brake

0.1 < Sd < 20

MEMBRANE

vapor-barrier

Sd > 20

Located in the external part of the structure, it resists rainwater and facilitates the evaporation of moisture that manages to pass the vapor-brake and reaches the structure.

Placed in the internal part of the structure, it slows down the passage of vapor that in the winter is transported from the hot air to the outside. Avoid deterioration of materials if they remain too long soaked.

Similar to the vapor-brake membranes, but it completely impedes the passage of steam.

 

CHOSE YOUR BUILDING DRESS

industrial model with a sartorial style

EXTERNAL FINISHES

for facades and roofs



PALETTES FOR THE ROOF

PALETTES FOR THE FACADE

ENTER AND COLOR YOUR WORLD

a product that adapts to every need

INTERNAL FINISHES

for floors and walls


 


PALETTES FOR THE INTERIOR

THE BEST MATERIALS, THE BEST BRANDS


MODOM has chosen the materials according to their technical characteristics, their durability and the best aesthetic result, selecting the best partners for the supply of the same. For each material corresponds the reliability of an “affiliate” brand to guarantee the achievement of the objectives set by the client.