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Floorslabs

The ISOTEX cement-bonded wood fibre panel system for highly thermo-acoustic insulated horizontal or inclined structures consists of pre-assembled 100 cm x 20/25/30/39 panels of lengths up to 6.5-7 m, with horizontal and vertical cavities to eliminate thermal and acoustic bridges, reinforcing rods and concrete filling.
The flooring system is completed on site with reinforcing rods, partitioning wire mesh and concrete casting.

The flooring system is completed on site with reinforcing rods, partitioning wire mesh and concrete casting.
Isotex floor panels and beams are CE marked in accordance with harmonized European standard EN 15037-1, certifications of fire resistance (Resistance, Sealing & Insulation – REI 240), thermal transmittance (Presidential Decree 59/09 and Ministerial Decree 26/06/09), on site acoustic tests in compliance with UNI EN ISO 140 and UNI EN ISO 717, structural testing and green construction materials certification.

With 30 years of experience in the use of cement-bonded wood fibre structural walling blocks, Isotex Srl also realizes elements for the horizontal structures and flooring. The aim is to solve, more effectively than any other method and with a single installation, issues concerning the complete elimination of all thermal and acoustic bridges, fire resistance and thermal and acoustic insulation.

The floor beaming is CE marked in compliance with European standard UNI EN 15037-1, certifications of fire resistance (Resistance, Sealing & Insulation – REI 240), thermal transmittance (Presidential Decree 59/09 and Ministerial Decree 26/06/09), acoustic tests in accordance with the standards UNI EN ISO 140 and UNI EN ISO 717, structural testing, green construction materials certification.

The ISOTEX cement-bonded wood fibre panel system for highly thermo-acoustic insulated horizontal or inclined structures consists of pre-assembled 100 cm x 20/25/30/39 panels of lengths up to 6.5-7 m, with horizontal and vertical cavities to eliminate thermal and acoustic bridges, reinforcing rods and concrete filling.
The flooring system is completed on site with reinforcing rods, partitioning wire mesh and concrete casting

Floorslabs installation

The lattice is designed to allow lifting and ensure completion of the casting in absolute safety, in particular:

1) In the lifting phase under its own weight, suspended at two points of L/4 from the ends.
2) In the casting stage on supports distanced by 170 cm, and under its own weight and the weight of the fluid concrete.

The reinforcing is added on site, in an amount determined by the structure designer, and sized and verified with reference to the final section. The bond between the cast concrete and fitted beaming is ensured by the latticework, which protrudes from the first phase by at least 4 cm. An adequate limitation of the calculated tangential tensions avoids specific reinforcing needing to be cut.
Transverse ribbing can also be realized (perpendicular to the floor framework) by provide for the use of lowered hollow elements in cement-bonded wood fibre.
For plastering, see the section ‘Instructions for plastering’. Plaster mesh must be inserted to about half the thickness of the base coat, which must have a thickness as uniform as possible of 15mm. Furthermore, it takes 5-6 days between priming and finishing with slaked lime or plaster.

Download specifications

“ISOTEX” concrete wood slab for horizontal or inclined structures with high thermal-acoustic insulation, consisting of pre-assembled panels in wood-cement elements, dimensions cm 100 x (20-25-30-39), length up to mt. 6.5-7, with horizontal and vertical milling to eliminate thermal and acoustic bridges, complete with reinforcement and packaging.
The floor must be completed on site with additional reinforcement of the extrados, distribution network and completion casting with a collaborating slab.

Isotex floor panels have CE marking of joists in accordance with the European harmonized standard UNI EN 15037-1, certifications of resistance to fire (REI 240), thermal transmittance (DM 26/06/2015), acoustic tests according to the UNI EN ISO 140 regulations and UNI EN ISO 717, structural tests, certifications of materials conforming to the requirements for green building .

Certifications and CE marking

This constructive method satisfies, with a simple and fast laying operation, all the regulations concerning the seismic safety and the acoustic and thermal insulation (using a double insulation with the block wall having greater thickness towards the outside and exploiting at best the characteristics of the concrete used for filling).

Consequence of these characteristics are an excellent living comfort and an energy-efficient house: lower heating costs in winter and air conditioning in summer. By comparing the different building construction materials, the Isotex cement wood system is the most complete and economical method for the construction of load-bearing walls.

Visit the certified advantages section where the performances of eco-sustainable constructions realized with the Isotex building system and related certifications are show in detail. With the sole use of natural raw materials, the Isotex building system had been recognize, after passing the tests of biological material. Furthermore, constant company control and certification bodies guarantee the best and unchangeable quality.

Complete of CE marking of joists in compliance with the European harmonized standard UNI EN 15037-1, certifications of resistance to fire (REI 240), of thermal transmittance (DPR 59/09 and DM26 / 06/09), acoustic tests on site according to UNI EN ISO 140 and UNI EN ISO 717 standards, structural tests, certifications of materials that comply with the requirements for green building

Download the catalogs

cataloghi

For further information take a look at the catalog.

FLOORSLABS

Isotex floorslabs are used for horizontal or inclined structures

Flooring Panels S20
Flooring Panels S25
Flooring Panels S30
Flooring Panels S39

Video pose floorslabs

Video explaining the pose phases of panels for Isotex wood cement floors.

+ 400.000

buildings realized in Europe

EXEMPLES OF ISOTEX FLOORSLABS INSTALLATION

VALUES OF THERMAL TRANSMISSION OF ISOTEX FLOORSLABS

Added thermal resistance with finishing  
Thickness (cm)λ(W/mK) Rfin(m²K/W)
Foundation in lightened concrete80,280,286
Acoustic insulation0,70,0350,200
Concrete screed 1800 Kg/m³40,930,043
Ceramic floor covering1,310,013
0,542

Thermal transmittance for interflooring | Isotex paneling from 300 to 400 Kg/m²    
RRlimRfinU¹(W/m² K)
S20*0,8460,20,5421,5880,629723
S25*0,9210,20,5421,6630,601323
S39 (8 cm pse + graphite)**3,4070,140,5424,0890,244557

Thermal transmittance for floor covering | Interior plaster + panelling + concrete     
RRlimRfinU¹(W/m² K)
S39 (8 cm pse + graphite)**3,4070240,14 -3,5470240,281926

S39 (18cm pse + graphite)**Winter valuesSummer values
Trasmittenza termica periodica YIE [W/m² K]0,0030,003
Attenuazione0,0110,012
Sfasamento25 h 36'25 h 28'

Legend 
REffective thermal resistance of the element
RlimThermal resistance of surface limit
RfinAdded technical resistance of finishing
Thermal resistance of the flooring with finished surface
Thermal transmittance of the flooring with finished surface
*Previous flooring calculated with λ (cemented wood) = 0,11 W/mK
**New flooring calculated with λ (cemented wood) = 0,103 W/mK