Wood fiber Therm density 160kg/m³

Wood fiber FiberTherm density 160kg/m³

Wood fiber panels density 160 Kg/m³.
Fibertherm is a wood fiber panel with high thermal and acoustic insulation values, density, optimal breathability and compression resistance to be used in all parts of the building. Ideal for insulation in wooden buildings, but also in renovations and new traditional buildings.

The Wood fiber panel FiberTherm 160 is a rigid thermal and acoustic insulation for walls and roofs, ideal for completely natural insulation of your building, ensuring the creation of environments with a high living comfort as well as a truly healthy indoor atmosphere.

FiberTherm 160 is a wood fiber panel produced with a wet system, the only one to guarantee the complete compatibility of the material with the criteria of green building, because it is free from any type of toxic substance.

The material is also recyclable, it is certified and made exclusively with wood from controlled forests in compliance with the FSC® guidelines (Forest Stewardship Declaration).


You can download our wood fiber's Environment Product Declaration FiberTherm Therm 160 by following this link.


The insulating wood fiber panel FiberTherm 160 has the following characteristics:

• high compression resistance;
• effective protection against summer heat and winter frost;
• tested dermatologically; without any negative effect on the skin;
• made with wet system;
• remarkable insulating properties;
• open to the diffusion of water vapour;
• high capacity for absorbing ambient humidity, which is a natural hygrometric regulator system;
• creates a truly healthy and completely natural indoor atmosphere;
• recyclable, ecological, respects the environment;
• building material tested and authorized according to current European standards.

The insulating wood fiber panel FiberTherm 160 is suitable for any type of thermal and acoustic insulation under surface covering that requires the use of a rigid material.
In particular this material can be used for the realization of:

• rigid insulation wood fiber panels for walls and roofs, under coverings;

• external insulation of roofs, and walls protected from the weather under the coating;

• insulation between trusses, beams and beams, wooden structures and metal frames,

• internal insulation under the roof or under panels or roof tiles;

• internal insulation of walls and partitions.


Applications


The installation is strictly linked to the type of use of the panel depending on which it will be appropriate to adopt the most suitable application method.
In general it is always necessary to protect this material from moisture both before laying, during the storage phase on site, and before the realization of the covering.
In case of exposure of the material to the water let the material dry.


Available sizes

wood fiber panel with sharp edges
Thickness Size mm kg/m² Pan./pallet m²/pallet kg/pallet
20 mm 1350 x 600 3,20 116 94,0 approx.300
30 mm 1350 x 600 4,80 74 59,9 approx.300
40 mm 1350 x 600 6,40 56 45,4 approx.310
60 mm 1350 x 600 9,60 38 30,8 approx.300
80 mm 1350 x 600 12,80 28 22,7 approx.310
100 mm 1350 x 600 16,00 22 17,8 approx.300
120 mm 1350 x 600 19,20 18 14,6 approx.300
140 mm 1350 x 600 22,40 16 13,0 approx.300
160 mm 1350 x 600 25,60 14 11,3 approx.300
180 mm 1350 x 600 28,80 12 9,7 approx.310
200 mm 1350 x 600 32,00 12 9,7 approx.325


Available sizes

wood fiber panel with tongue&groove profile
Thickness Size mm Real surface mm kg/m² Pan./pallet m²/pallet kg/pallet
100 mm 1880 x 600 1850 x 570 16,00 22 24,8 approx.420
120 mm 1880 x 600 1850 x 570 19,20 18 20,3 approx.420
140 mm 1880 x 600 1850 x 570 22,40 16 18,0 approx.420
160 mm 1880 x 600 1850 x 570 25,60 14 15,8 approx.420


Technical characteristics

Characteristics Values
Density kg/m³ 160
Reaction to fire according to the standard EN 13501-1 E
Coefficient of thermal conductivity λD W/(m·K) 0,038
Specific heat capacity J/(kg·K) 2.100
Resistance to vapor diffusion μ 5
sd value (m) 0,1(20) /0,2(30) /0,2(40)/
0,3(60) /0,4(80) /0,5(100) /
0,6(120) / 0,7(140) /0,8(160)/
1,0(200)
Thermal resistance RD (m²·K)/W 0,5(20) /0,5(30) /1,05(40)/
1,5(60)/2,10(80) /2,6(100) /
3,15(120) /3,65(140) /4,20(160) /
4,70(180)/5,25(200)
Bending resistance
at 10% of compression (N/mm²)
0,05
Resistance to compression (kPa) 50
Resistance to tearing (kPa) ≥2,5
Hydraulic resistance
relative to the length [(kPa·s)m²]
≥100
Manufacture controlled according to the standard EN 13171
Panels identification WF - EN 13171 - T4 - CS(10\Y)50
- TR2,5 - WS2,0 - AF100
Waste code (EAK) 030105/170201


Solution with wood fiber FiberTherm

External insulation system with Therm wood fiber on wooden walls
External insulation system with Therm wood fiber on wooden walls

External thermal insulation system with FiberTherm wood fiber and BetonWood cement bonded particle boards on wooden walls.

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External insulation system with Therm wood fiber on masonry
External insulation system with Therm wood fiber on masonry

External thermal insulation system with FiberTherm wood fiber and BetonWood cement bonded particle boards on masonry.

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Internal insulation system with Therm wood fiber on wooden walls
Internal insulation system with Therm wood fiber on wooden walls

Internal thermal insulation system with FiberTherm wood fiber and BetonWood cement bonded particle boards on wooden walls.

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Internal insulation system with Therm wood fiber on masonry
Internal insulation system with Therm wood fiber on masonry

Internal thermal insulation system with FiberTherm wood fiber and BetonWood cement bonded particle boards on masonry.

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Partition walls with Therm wood fiber on wooden structure
Partition walls with Therm wood fiber on wooden structure

Internal thermal insulation system of partition walls with FiberTherm wood fiber and BetonWood cement bonded particle boards on wooden walls.

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Dry screed in wood fiber Therm on concrete
Dry screed in wood fiber Therm on concrete

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Dry screed in wood fiber Therm on terracotta tiles
Dry screed in wood fiber Therm on terracotta tiles

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Ventilated roof with wood fiber Therm and cement bonded particle boards on matchboarding
Ventilated roof with wood fiber Therm and BetonWood on matchboarding

Ventilated roof system with Aercoppi and high density wood fiber FiberTherm and cement bonded particle boards with excellent thermal insulation power on matchboarding.

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Ventilated roof with wood fiber Isorel and Therm on matchboarding
Ventilated roof with wood fiber Isorel and Therm on matchboarding

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Ventilated roof with wood fiber Isorel, Therm and cement bonded particle boards on matchboarding
Ventilated roof with wood fiber Isorel, Therm and cement bonded particle boards on matchboarding

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Ventilated roof with wood fiber Therm and cement bonded particle boards on matchboarding
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Ventilated roof with wood fiber Isorel and Therm on matchboarding
Ventilated roof with wood fiber Isorel and Therm on matchboarding

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Ventilated roof with wood fiber Isorel, Therm and cement bonded particle boards on matchboarding
Ventilated roof with wood fiber Isorel, Therm and cement bonded particle boards on matchboarding

High thermal displacement ventilated roof system with wood beams and high density wood fiber FiberTherm Isorel, Therm with excellent thermal insulation power and cement bonded particle boards on matchboarding.

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Ventilated roof with wood fiber Therm and cement bonded particle boards on concrete
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Ventilated roof system with Aercoppi and high density wood fiber FiberTherm and cement bonded particle boards with excellent thermal insulation power on concrete support.

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Ventilated roof with wood fiber Isorel and Therm on concrete
Ventilated roof with wood fiber Isorel and Therm on concrete

Ventilated roof system with Aercoppi and high density wood fiber FiberTherm Isorel, Therm with excellent thermal insulation power on concrete support.

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Ventilated roof with wood fiber Isorel, Therm and cement bonded particle boards on concrete
Ventilated roof with wood fiber Isorel, Therm and cement bonded particle boards on concrete

High thermal displacement ventilated roof system with Aercoppi and high density wood fiber FiberTherm Isorel, Therm with excellent thermal insulation power and cement bonded particle boards on concrete support.

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Ventilated roof with wood fiber Therm and cement bonded particle boards on concrete
Ventilated roof with wood fiber Therm and BetonWood on concrete

Ventilated roof system with high density and excellent thermal insulating wood fiber FiberTherm and cement bonded particle boards on concrete support.

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Ventilated roof with wood fiber Isorel and Therm on concrete
Ventilated roof with wood fiber Isorel and Therm on concrete

Ventilated roof system with high density and excellent thermal insulating wood fiber FiberTherm Isorel, Therm on concrete support.

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Ventilated roof with wood fiber Isorel, Therm and cement bonded particle boards on concrete
Ventilated roof with wood fiber Isorel, Therm and cement bonded particle boards on concrete

High thermal displacement ventilated roof system with wood beams and high density wood fiber FiberTherm Isorel, Therm with excellent thermal insulation power and cement bonded particle boards on concrete support.

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Ventilated roof with wood fiber Therm and cement bonded particle boards on terracotta tiles
Ventilated roof with wood fiber Therm and BetonWood on terracotta tiles

Ventilated roof system with Aercoppi and high density wood fiber FiberTherm and cement bonded particle boards with excellent thermal insulation power on terracotta tiles.

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Ventilated roof with wood fiber Isorel and Therm on terracotta tiles
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Ventilated roof system with Aercoppi and high density wood fiber FiberTherm Isorel, Therm with excellent thermal insulation power on terracotta tiles.

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Ventilated roof with wood fiber Isorel, Therm and cement bonded particle boards on terracotta tiles
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Insulating ceiling in wood fiber Therm
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