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ISODOMUS CLASSIC

Description
Specs
Documents
Certifications

Isodomus sandwich panel specifically designed for civil construction. The structure of the external face perfectly integrates with the surrounding urban fabric. A range of panels to respond to the requirements of tile-effect roofing.

Isodomus is a sandwich panel for roofing designed for the roofing of residential buildings or industrial facilities included in the urban context. Ideal for roofing with polyurethane insulation in new buildings, as well as for renovations or refurbishment..

Territorial availability

Market: ITALY, SPAIN, GERMANY, ROMANIA, FRANCE AND THE CZECH REPUBLIC

FEATURES

Sandwich panel with double metal lining
Polyurethane insulation
"Tile effect" finishing (Isodomus Classic")
"Slate effect" finishing (Isodomus")

TECHNICAL FILES

DOCUMENTATION

Manual
Catalogue
product sheet

TECHNICAL SUPPORT

PRODUCT CERTIFICATION

CERTIFICATIONS' DETAILS

Casella Vuota: Prodotto non producibile
Without certificate
Certified producible
Certificate by extension
Performance released with Technical Note

Fire reaction

Fire reaction

FIRE REACTION CERTIFICATION: refers to the reaction of materials to the fire in the actual conditions of final application, with special focus on the degree of participation in the fire. Reaction to fire is a passive fire protection measure that carries out its main effects during the first propagation of the fire with the aim of limiting ignition of materials and propagation of the said fire (standard EN 13501-1)

Isopan panels limit ignition and propagation of flames in the event of a fire.

ATTENTION: The performances declared in the tables below, which are associated with different types of insulation, can vary based on the production of the building, in accordance with local and national regulations in force. Kindly check with Isopan. If not specifically requested, no performance will be provided.

&nbps;

Classification	Isolation	Category	Thickness 30	40	50	60	80	100
B s2 d0	Foam	Fire reaction
C s3 d0	Foam	Fire reaction

Broof

Broof

B-ROOF CERTIFICATION: represents the specific assessment of external fire exposure to roofs and the fire reaction class of the installed photovoltaic module. The test methods and performance against fire are detailed in UNI CEN/TS 1187. The circular of the Fire Department accepts use of cover packages classified according to regulations such as B-roof (t2), B-roof (t3) and B-roof (t4). Identification of the test method used is indicated by (t1), (t2), (t3), and (t4), where the progressive number does not indicate more or less resistance to fire, but refers to the different test method. Performance is indicated by the letters: B-roof indicates maximum possible classification, whereas F-roof indicates no performance.

Isopan panels reduce the risk of fire spreading on roof coverings, thus making them suitable for installation of photovoltaic panels.

ATTENTION: The performances declared in the tables below, which are associated with different types of insulation, can vary based on the production of the building, in accordance with local and national regulations in force. Kindly check with Isopan. If not specifically requested, no performance will be provided.

&nbps;

BROOF	Isolation	Category	Thickness 30	40	50	60	80
Broof(T3)	Foam	Broof

Sound-insulation

Sound-insulation

SOUND INSULATION CERTIFICATION: represents the ability to isolate sound from one room to another. Laboratory measurements of airborne sound insulation is carried out according to EN ISO 140-3, UNI EN ISO 14140-2, UNI EN ISO 1793 Part 2 and 3 and UNI EN ISO 717-1

Isopan panels limit sound from one room to another.

ATTENTION: The performances declared in the tables below, which are associated with different types of insulation, can vary based on the production of the building, in accordance with local and national regulations in force. Kindly check with Isopan. If not specifically requested, no performance will be provided.

&nbps;

Performance	Isolation	Category	Thickness 30	40	50	60	80	100
Rw=24dB	Foam	Sound-insulation

SEE ALL

References

SAN BENEDETTO PO

See the project