THERMAL INSULATION REV. 04

Transcription

1 THERMAL INSULATION REV. 04 1

2 THE PRODUCTION OF THERMAL, ACOUSTIC INSULATION, WATERPROOF SYSTEMS AND OTHER BUILDING COMPONENTS Isosystem is a dynamic company which produces thermal, acoustic, ventilated and waterproof insulating couplings in addition to other building components. A large company with vast stock which ensures the logistics system provides clients with effective solutions in short timeframes. Isosystem develops training projects for companies governing the use and the installation of insulating systems in addition to a post-sales support service. Member of Associazione Italiana Polistirene Espanso UNI RAL H A R GSH G Ü T E S C H U T Z T S C H A U M 2

3 ECO-SUSTAINABILITY Green Building Eco-sustainability represents the primary objective for buildings: bio-housing, bio-architecture, green energy and green building are essential in terms of eco-sustainability making Isosystem, the ideal partner. At present, before selecting an area on which to build, an environmental assessment of the existing relationship between home and surrounding environment must be carried out, where an evaluation of the climate of the location, the affecting winds, the geometric characteristics of the land, exposure to the sun is carried out. As well as an exclusively technical focus, at present more than ever, the only safe, real investment over time, is the home. Your home is the essential base on which to build a family. We are always in harmony with the environment!!

4 TERRAE THERMAL INSULATION At present, reducing energy consumption does not simply involve saving a significant amount of energy, but also includes significantly protecting the environment. The air-conditioning and heating of buildings relies on a large percentage of energy; by simply improving efficiency, a reduction of up to 40% of harmful emissions can be achieved. Isosystem manufactured waterproof, ventilated thermal insulation and structural thermal insulation systems, thanks to their appropriateness and features guarantee excellent thermal insulation allowing for increased well-being, enabling significant energy saving reducing raw material consumption and, consequently harmful emissions, primarily CO2, the main cause behind the greenhouse effect and climatic variations. ADVANTAGES THERMAL INSULATION ENERGY SAVING EASY INSTALLATION SIGNIFICANT INSTALLATION COST SAVINGS USEFUL IN RENOVATIONS LARGE RANGE OF DESIGNS FOR ALL REQUIREMENTS DESIGN ASSISTANCE 4

5 From Ministerial Decree of the 11 March Financing Legislation 2008 Thermal transmittance limits for the application of tax deductions for the energy performance of buildings. The table below makes reference to Legislative Decree no. 311 of the 29 December 2006, "Corrective requirements and those included as part of Legislative Decree no. 192 of the 19 August 2005, relative to the implementation of Directive 2002/91/EC governing the energy performance of buildings". Limits values as specified by legislation in force Table 1 useful thermal transmittance limit values U of the building shell structures expressed in W/m 2 K Climatic area Vertical opaque structures Horizontal or inclined opaque structures Roofs Floors* A B C D E F (*) Flooring in non-heated or external areas The table below refers to Legislative Decree of the 26 January 2010, an update of Legislative Decree of the 11 March 2008, the implementation of Section 1, Paragraph 24, of Legislation no. 244 of the 24 December 2007, which defines the limit values of annual primary energy and thermal transmittance requirements according to Paragraphs 344 and 345 of Paragraph 1 of Legislation no. 296 of the 27 December Values specified for 2010, for a 50% deduction relative to building energy requalification. Table 1 useful thermal transmittance limit values U of the building shell structures expressed in W/m 2 K Climatic area Vertical opaque structures Horizontal or inclined opaque structures Roofs Floors* A B C D E F (*) Flooring in non-heated or external areas 5

6 EXTERNAL TERMAL INSULATION COMPOSITE SYSTEM EPS SLABS FOR EXTERNAL THERMAL INSULATION COMPOSITE SYSTEMS TECHNICAL CHARACTERISTICS IN COMPLIANCE WITH STANDARD UNI EN Description Class U.M. EPS 80 EPS 100 EPS 120 EPS 150 EPS 200 Standard Tolerance across length L2 mm ±2 ±2 ±2 ±2 ±2 EN 822 Tolerance across width W2 mm ±2 ±2 ±2 ±2 ±2 EN 822 Tolerance across thickness T2 mm ±1 ±1 ±1 ±1 ±1 EN 823 Tolerance across perpendicularity S2 mm/m EN 824 Tolerance across planarity P4 mm ±5 ±5 ±5 ±5 ±5 EN 825 Bending strength BS kpa EN Compression resistance at 10% crushing CS(10) kpa EN 826 Thermal conductivity λ D EN Fire performance Class E E E E E EN 13501/1 Tensile strength TR kpa EN 1607 Capacity temperature limit C Water absorption % WL(T) EN Water vapour transmission MU EN DIMENSIONS: Width mm Thickness from 10 to 1000 mm The information forming part of the present specifications is based upon current knowledge and is only provided as examples. It is not legally binding and may be modified at any moment without prior warning.

7 EXTERNAL TERMAL INSULATION COMPOSITE SYSTEM EPS SLABS WITH GRAPHITE ADDITIVE FOR EXTERNAL THERMAL INSULATION COMPOSITE SYSTEMS TECHNICAL CHARACTERISTICS IN COMPLIANCE WITH STANDARD UNI EN Description Class U.M. EPS 70 EPS 100 Standard Tolerance across length L2 mm ±2 ±2 EN 822 Tolerance across width W2 mm ±2 ±2 EN 822 Tolerance across thickness T2 mm ±2 ±2 EN 823 Tolerance across perpendicularity S2 mm/m 2 2 EN 824 Tolerance across planarity P4 mm/m ±5 ±5 EN 825 Bending strength BS kpa EN Compression resistance at 10% crushing CS(10) kpa EN 826 Thermal conductivity λ D EN Fire performance Class E E EN 13501/1 Tensile strength TR kpa EN 1607 Capacity temperature limit C Water absorption % WL(T) 3 3 EN Water vapour transmission MU EN DIMENSIONS: Width mm Thickness from 10 to 1000 mm The information forming part of the present specifications is based upon current knowledge and is only provided as examples. It is not legally binding and may be modified at any moment without prior warning. 7

8 XL L HIGH DENSITY EPS SLAB WITH GRAPHITE ADDITIVE FOR THERMAL CAVITY AND FLOORING INSULATION Description Class U.M. EPS 150 Standard Tolerance across length L2 mm ±2 EN 822 Tolerance across width W2 mm ±2 EN 822 Tolerance across thickness T2 mm ±2 EN 823 Tolerance across perpendicularity S2 mm/m 2 EN 824 Tolerance across planarity P4 mm/m ±5 EN 825 Bending strength BS kpa 200 EN Compression resistance at 10% crushing CS(10) kpa 150 EN 826 Thermal conductivity λ D 0,030 EN Fire performance Class E EN 13501/1 Capacity temperature limit C 75 Water absorption % WL(T) 3 EN Water vapour transmission MU EN The information forming part of the present specifications is based upon current knowledge and is only provided as examples. It is not legally binding and may be modified at any moment without prior warning. TERMOPOR XL/L AT EQUAL THICKNESS PROVIDES BETTER PERFORMANCE th. 10 cm th. 10 cm TERMOPOR XL/L λ D EXTRUDED XPS λ D THERMAL RESISTANCE R = 3.33Mqk/W THERMAL TRANSMITTANCE U = 0.30 W/Mqk THERMAL RESISTANCE R = 2.77Mqk/W THERMAL TRANSMITTANCE U = 0.36 W/Mqk

9 1 TERMOPOR XL DIMENSIONS: Width 600 mm Length 2800 mm Thickness from 30 to 200 mm 1 λ D RABBETED M/F 2 TERMOPOR L DIMENSIONS: Width 600 mm Length 1200 mm Thickness from 30 to 200 mm λ D RABBETED 9

10 ISOVENT /ISOVENT ISOVENT/ISOVENT 5000, system created to air-heat roofs made by coupling three panels made from waste materials from the first time the wood is used (EUROSTRAND OSB or plywood with phenolic joints) and insulation materials specifically shaped to guarantee air flow. 1 ISOVENT-EPS/ISOVENT-EPS 5000 EUROSTRAND OSB 12 mm panel, EPS insulating sheet in compliance with Standard UNI EN EC, shaped with ventilation channels. ISOVENT EPS dimensions 2440x1220 mm = 2.98 m 2 rabbeted on short sides. ISOVENT 5000 EPS dimensions 5000x585 mm = m 2 rabbeted on long sides. 2 ISOVENT-GRAFITE/ISOVENT-GRAFITE 5000 EUROSTRAND OSB 12 mm panel, EPS insulating sheet with GRAPHITE in compliance with Standard UNI EN EC, shaped with ventilation channels. ISOVENT GRAFITE dimensions 2440x1220 mm = 2.98 m 2 rabbeted on short sides. ISOVENT 5000 GRAFITE dimensions 5000x585 mm = m 2 rabbeted on long sides. 3 ISOVENT-EST EUROSTRAND OSB 12 mm panel, XPS insulating sheet in compliance with Standard UNI EN EC, shaped with ventilation channels. ISOVENT-EST dimensions 2440x585 mm = m 2, rabbeted on long sides Variations upon request: thickness of the OSB on the upper part - panel dimensions. ADVANTAGES Laying of the ISOVENT/ISOVENT 5000 system is practical, rapid and simple. Large size roofs can be caulked in short timeframes. The ISOVENT/ISOVENT 5000 system is a safe and treadable support. Individual ventilation channels enable effective ventilation (chimney effect). The ISOVENT/ISOVENT 5000 system provides hassle-free waterproofing. 10

11 ISOVENT COMPOSITO Green Building 1 ISOVENT COMPOSITO (EPS/EPS GRAPHITE) AND WOOD FIBRE System created to air-heat roofs, made up of two layers of insulating material, each with different properties: sintered expanded polystyrene or with graphite additive in compliance with Standard EC and wood fibre in compliance with Standard EC coupled with a EUROSTRAND OSB panel in compliance with Standard EN 300 to guarantee the best: thermal insulation, thermal inertia and sound insulation. Dimensions: 1200x1350 mm 2 ISOVENT COMPOSITO (EPS/EPS GRAPHITE) AND ROCKWOOL System created to air-heat roofs, made up of two layers of insulating material, each with different properties: sintered expanded polystyrene or with graphite additive in compliance with Standard EC and rockwool in compliance with Standard EC coupled with a EUROSTRAND OSB panel in compliance with Standard EN 300 to guarantee the best: thermal insulation, thermal inertia and sound insulation. Dimensions: 1000x1200 mm Variations upon request: thickness of the OSB on the upper part - panel dimensions ADVANTAGES Laying of the ISOVENT COMPOSITO system is practical, rapid and simple. Large size roofs can be caulked in short timeframes. The ISOVENT COMPOSITO system is a safe and treadable support. Individual ventilation channels enable effective ventilation (chimney effect). The ISOVENT COMPOSITO system provides hassle-free waterproofing. The use of the ISOVENT COMPOSITO system in roofs guarantees living comfort in the underlying body of the building, it provides thermal and sound insulation, energy saving, resistance to water vapour and excellent ventilation, ideal for wood roofs. 11

12 ISOVENT TOP /ISOVENT TOP ISOVENT-TOP EPS/ISOVENT-TOP EPS 5000 System created to air-heat roofs, made up of a EUROSTRAND OSB 12 mm thick panel, EPS insulating sheet in compliance with Standard UNI EN EC, shaped with ventilation channels. The bottom part is available in smooth or stave plywood panels with thickness of 9 mm, a three-layer fir panel with thickness of 14 mm, a single-layer fir panel with thickness of 10 mm, plasterboard sheet (standard, waterproof or fireproof) or 12 mm plaster fibre (see pg. 24) or OSB, ISOVENT-TOP EPS dimensions 2440x1220 mm = 2.92 m 2 rabbeted on sides. ISOVENT 5000 EPS dimensions 5000x585 mm = m 2 rabbeted on long sides. 2 ISOVENT-TOP GRAFITE/ISOVENT-TOP GRAFITE 5000 System created to air-heat roofs, made up of a EUROSTRAND OSB 12 mm thick panel, EPS insulating sheet with GRAPHITE in compliance with Standard UNI EN EC, shaped with ventilation channels. The bottom part is available in smooth or stave plywood panels with thickness of 9 mm, a three-layer fir panel with thickness of 14 mm, a single-layer fir panel with thickness of 10 mm, plasterboard sheet (standard, waterproof or fireproof) or 12 mm plaster fibre (see pg. 24) or OSB, ISOVENT-TOP EPS GRAFITE dimensions 2440x1220 mm = 2.92 m 2 rabbeted on sides. ISOVENT-TOP 5000 EPS GRAFITE dimensions 5000x585 = m 2 rabbeted on long sides. ADVANTAGES The ISOVENT-TOP/ISOVENT TOP 5000 system is a composite, structural panel, rabbeted on 2 sides with the bottom part on display. The ISOVENT-TOP/ISOVENT TOP 5000 system enables the creation of a safe and treadable insulation set. The primary framework on which the ISOVENT-TOP/ISOVENT TOP 5000 system is laid, can be made from metal or solid wood. The system is attached using dedicated mechanical systems. Variations upon request: thickness of the OSB on the upper part - panel dimensions. 12

13 ISOVENT TOP COMPOSITO Green Building 1 ISOVENT TOP COMPOSITO/5000 (EPS/EPS GRAPHITE) AND WOOD FIBRE System created to air-heat roofs, made up of two layers of insulating material, each with different properties: sintered expanded polystyrene or with graphite additive in compliance with Standard EC and wood fibre in compliance with Standard EC coupled with a EUROSTRAND OSB panel in compliance with Standard EN 300, whilst the bottom part is available in smooth or stave plywood panels with thickness of 9 mm, a three-layer fir panel with thickness of 14 mm, a single-layer fir panel with thickness of 10 mm, plasterboard sheet (standard, waterproof or fireproof) or 12 mm plaster fibre (see pg. 24) or OSB. The system guarantees the best performance in terms of: thermal insulation, thermal inertia and sound insulation. ISOVENT TOP COMPOSITO dimensions: 1200x2440 mm = m 2 rabbeted on sides. ISOVENT TOP COMPOSITO 5000 dimensions: 5000x585 mm = m 2 rabbeted on long sides. 2 ISOVENT TOP COMPOSITO/5000 (EPS/EPS GRAPHITE) AND ROCKWOOL System created to air-heat roofs, made up of two layers of insulating material, each with different properties: sintered expanded polystyrene or with graphite additive in compliance with Standard EC and wood fibre in compliance with Standard EC coupled with a EUROSTRAND OSB panel in compliance with Standard EN 300, whilst the bottom part is available in smooth or stave plywood panels with thickness of 9 mm, a three-layer fir panel with thickness of 14 mm, a single-layer fir panel with thickness of 10 mm, plasterboard sheet (standard, waterproof or fireproof) or 12 mm plaster fibre (see pg. 24) or OSB. The system guarantees the best performance in terms of: thermal insulation, thermal inertia and sound insulation. ISOVENT TOP COMPOSITO dimensions: 1200x2440 mm = m 2 rabbeted on sides. ISOVENT TOP COMPOSITO 5000 dimensions: 5000x585 mm = m 2 rabbeted on long sides. Variations upon request: thickness of the OSB on the upper part - panel dimensions ADVANTAGES Laying of the ISOVENT TOP COMPOSITO system is practical, rapid and simple. Large size roofs can be caulked in short timeframes. The ISOVENT TOP COMPOSITO system is a safe and treadable support. Individual ventilation channels enable effective ventilation (chimney effect). The ISOVENT TOP COMPOSITO system provides hassle-free waterproofing. The use of the ISOVENT TOP COMPOSITO system in roofs guarantees living comfort in the underlying body of the building, it provides thermal and sound insulation, energy saving, resistance to water vapour and excellent ventilation. 13

14 ISOVENT TERMO ACUSTIC Green Building SISTEMA ISOVENT TERMO ACUSTIC NS. RIF.:M B R E V E T TAT O ISOVENT TERMO ACUSTIC Sheathing acoustic panel for roofs made from bisoluble EC branded rockwool in conformity with UNI EN 13162:2001, obtained from the fusion and spinning of natural rocks with density equal to 160 kg/mc. It boats high resistance to compression, it naturally has good thermal characteristics and excellent sound proofing characteristics. Resistance to chemical agents and resistance to ageing is guaranteed. A double layer heat-sealed sheet with external nebulized aluminium is applied to ventilation channels to ensure an exceptionally high heat reflectivity coefficient. Everything is combined with a EUROSTRAND OSB panel. Panel dimensions: 1200x1000 RABBETED Standard thicknesses available: ( ) - ( ) - ( ) - ( ) mm OSB thickness: 15 mm TECHNICAL INFORMATION according to UNI EN 13162:2001 FIRE PERFORMANCE ACCORDING TO EN 13501: Euroclass A1 THERMAL CONDUCTIVITY: =0.039W/mK THERMAL RESISTANCE: average thickness 50 mm RD = 1.28 m 2 K/W average thickness 80 mm RD = 2.05 m 2 K/W average thickness 100 mm RD = 2.56 m 2 K/W average thickness 120 mm RD = 3.08 m 2 K/W SPECIFIC HEAT: Cp = 1030 J/KgK PRODUCT MELTING POINT: 1000 C WATER VAPOUR DIFFUSION RESISTANCE: µ = Roof sound proofing result with ISOVENT TERMO ACUSTIC. Results of tests carried out at building yard: Dls,2m,nT,w=41dB 14

15 ISOVENT BIO SUGHERO Green Building ISOVENT BIO SUGHERO Ventilated thermal system made up of a cork panel specifically shaped with rectangular section ventilation channels paired with a EUROSTRAND OSB panel according to Standard EN 300. Panel dimensions: Length 1000 mm - Width 1000 mm m 2 Standard thicknesses available: ( ) - ( ) - ( ) - ( ) - ( ) mm Additional thicknesses upon request. OSB thickness: 12 mm SOUND PROOFING: db=20-35 (500 Hz)* * dependent on thickness 15

16 ISOVENT 0023 ISOVENT 0023 Ventilated thermal system made up of a rigid polyiso foam panel according to Standard UNI EN specifically shaped with rectangular section ventilation channels paired with panels made from waste materials from the first time the wood is used, EUROSTRAND OSB UNI EN 300. The use of the ISOVENT 0023 system, with its excellent thermal conductivity λ D = (stated lambda), in building roofs, guarantees living comfort, thermal insulation, energy saving, resistance to water vapour and excellent ventilation. Standard panel dimensions: 1200x1000 mm = 1.2 m 2 Standard thicknesses available: ( ) - ( ) - ( ) - ( ) - ( ) - ( ) - ( ) - ( ) - ( ) - ( ). OSB thickness: 12 mm ADVANTAGES Laying of the ISOVENT 0023 system is practical, rapid and simple. Large size roofs can be caulked in short timeframes. The ISOVENT 0023 system is a safe and treadable support. Individual ventilation channels enable effective ventilation (chimney effect). The ISOVENT 0023 system provides hassle-free waterproofing. Thermal conductivity: λ D =

17 ISOSANDWICH ISOSANDWICH 5000 The ISOSANDWICH /ISOSANDWICH 5000 system is a self bearing structural panel which is used to create roofs, flooring and prefabricated walls with the bottom part, heat insulated and ready for subsequent works, on display. Self-bearing panel with sandwich structure ISOSANDWICH / ISOSANDWICH 5000, proves to be a valid and versatile solution for wood or metal structures even where the centre to centre distance exceeds 2 ml. Made up of an OSB panel paired with plywood smooth or stave panels with thickness of 9 mm, a three-layer fir panel with thickness of 14 mm, a single-layer fir panel with thickness of 10 mm, plasterboard sheet (standard, waterproof or fireproof) or 12 mm plaster fibre (see pg. 24) with a panel made from insulating material in between. ISOSANDWICH EPS dimensions 2440x1220 mm = m 2 rabbeted on long sides. ISOSANDWICH 5000 EPS dimensions 5000x585 mm = m 2 rabbeted on long sides. ISOSANDWICH GRAFITE dimensions 2440x1220 mm = m 2 rabbeted on long sides. ISOSANDWICH 5000 GRAFITE dimensions 5000x585 mm = m 2 rabbeted on long sides. ISOSANDWICH EST dimensions 2440x1220 mm = m 2 rabbeted on long sides. ADVANTAGES multifunctional thermal insulation and energy saving solution for roofs and sloping roofs no thermal bridges, treadable and safe support in roofs with the laying of a transpiring film complete protection against accidental infiltration of the roof mantle is achieved significant installation cost savings The ISOSANDWICH/ISOSANDWICH 5000 system is used in panels with straight edges or those rabbeted on the 2 long sides. 1 Bottom part on display 2 Insulating panel 3 Upper part in EUROSTRAND OSB

18 SEMISANDWICH/SEMISANDWICH SEMISANDWICH/SEMISANDWICH 5000, is an insulation system made by pairing panels made from waste materials from the first time the EUROSTRAND OSB wood is used, or plywood with phenolic joints and insulation materials. 1 SEMISANDWICH-EST a 12 mm EUROSTRAND OSB panel paired with an XPS insulating sheet according to Standard EN13164 EC. SEMISANDWICH-EST dimensions 2440x1200 mm = m 2, rabbeted on long sides 2 SEMISANDWICH-EPS/SEMISANDWICH-EPS 5000 a 12 mm EUROSTRAND OSB panel paired with an EPS insulating sheet according to Standard EN13163 EC. SEMISANDWICH EPS dimensions 2440x1220 mm = m 2 rabbeted on long sides. SEMISANDWICH 5000 EPS dimensions 5000x585 mm = m 2 rabbeted on long sides. 3 SEMISANDWICH-GRAFITE/SEMISANDWICH-GRAFITE 5000 a 12 mm EUROSTRAND OSB panel paired with an EPS insulating sheet with GRAPHITE according to Standard EN13163 EC. SEMISANDWICH GRAFITE dimensions 2440x1220 mm = m 2 rabbeted on long sides. SEMISANDWICH 5000 GRAFITE dimensions 5000x585 mm = m 2 rabbeted on long sides. 4 SEMISANDWICH-LANA DI ROCCIA a 12 mm EUROSTRAND OSB panel paired with a rockwool insulating sheet with density of 160 kg/mc. SEMISANDWICH-LANA DI ROCCIA dimensions 1200x1000 mm = 1.2 m 2 5 SEMISANDWICH-FIBRA DI LEGNO a 12 mm EUROSTRAND OSB panel paired with a wood fibre insulating sheet with density of 170 kg/mc. SEMISANDWICH-FIBRA DI LEGNO dimensions 1350x1200 mm = 1.62 m 2 Variations upon request: thickness of the OSB on the upper part - panel dimensions. ADVANTAGES Laying of the SEMISANDWICH/SEMISANDWICH 5000 system is practical, rapid and simple. Large size roofs can be caulked in short timeframes. The SEMISANDWICH system is a safe and treadable support. The SEMISANDWICH system provides hassle-free waterproofing. 18

19 ISOSANDWICH TOP/ISOSANDWICH TOP5000 The ISOSANDWICH -TOP system is a self bearing structural panel which is used to create roofs, flooring and prefabricated walls with the bottom part, heat insulated and ready for subsequent works, on display. Self-bearing panel with sandwich structure ISOSANDWICH -TOP, proves to be a valid and versatile solution for wood or metal structures even where the centre to centre distance exceeds 2 ml. Made up of an OSB panel and 9 mm smooth or stave plywood panels, a three-layer fir panel with thickness of 14 mm, a single-layer fir panel with thickness of 10 mm, plasterboard sheet (standard, waterproof or fireproof) or 12 mm plaster fibre (see pg. 24) or OSB, with a panel made from insulating material in between and the insertion of solid wood rails using M/F joints across the long sides. ISOSANDWICH-TOP EPS dimensions 2440x1220 mm = m 2 rabbeted on long sides. ISOSANDWICH-TOP 5000 EPS dimensions 5000x585 mm = m 2 rabbeted on long sides. ISOSANDWICH-TOP GRAFITE dimensions 2440x1220 mm = m 2 rabbeted on short sides. ISOSANDWICH-TOP 5000 GRAFITE dimensions 5000x585 mm = m 2 rabbeted on long sides. ISOSANDWICH-TOP EST dimensions 2440x1220 mm = m 2 rabbeted on long sides. ISOSANDWICH-TOP LANA DI ROCCIA dimensions 2440x1220 mm = m 2 rabbeted on long sides. ISOSANDWICH-TOP LANA DI ROCCIA dimensions 5000x585 mm = m 2 rabbeted on long sides. ADVANTAGES multifunctional solution for roofs and sloping roofs - thermal insulation - energy saving no thermal bridges - treadable and safe support - in roofs with the laying of a transpiring film complete protection against accidental infiltration of the roof mantle is achieved significant installation cost savings 1 Bottom part on display 2 Insulating panel 3 Upper part in EUROSTRAND OSB 4 Solid wood rail with M/F joint which guarantees greater ability to hold loads with longer centre to centre distances

20 SEMISANDWICH COMPOSITO SEMISANDWICH COMPOSITO (EPS/EPS GRAPHITE) AND WOOD FIBRE Sandwich structure insulation system for roofs. Made up of two layers of insulating material, each with different properties, sintered expanded polystyrene or with graphite additive in compliance with Standard EC and wood fibre in compliance with Standard EC with density of 170 kg/mc, coupled with a EUROSTRAND OSB panel in compliance with Standard EN 300 to guarantee the best performance in terms of: thermal insulation, thermal inertia and sound insulation. Semisandwich wood fibre dimensions: 1200x1350 mm Variations upon request: thickness of the OSB on the upper part - panel dimensions. SEMISANDWICH COMPOSITO (EPS/EPS GRAPHITE) AND ROCKWOOL Sandwich structure insulation system for roofs. Made up of two layers of insulating material, each with different properties, sintered expanded polystyrene or with graphite additive in compliance with Standard EC and rockwool with density of 160 kg/mc coupled with a EUROSTRAND OSB panel in compliance with Standard EN 300 to guarantee the best performance in terms of: thermal insulation, thermal inertia and sound insulation. Semisandwich rockwool dimensions: 1000x1200 mm Variations upon request: thickness of the OSB on the upper part - panel dimensions. 1 The bottom part is in EUROSTRAND OSB 2 The insulating panel can be made from: 2 Sintered expanded polystyrene according to Standard EN EC Sintered graphite polystyrene according to Standard EN EC 3 3 Rockwool or wood fibre panel 1 20

21 ISOSANDWICH COMPOSITO ISOSANDWICH COMPOSITO/5000 (EPS/EPS GRAPHITE) AND WOOD FIBRE The ISOSANDWICH COMPOSITO system is used: on flat and inclined roofs, walls, sloping roofs. It enables the achievement of a structural, bearing and treadable surface with the bottom part, heat insulated and ready for subsequent works, on display. The panel is made up of two layers of insulating material, each with different properties: sintered expanded polystyrene or with graphite additive in compliance with Standard EC and wood fibre in compliance with Standard EC with density of 170 kg/mc, coupled with a EUROSTRAND OSB panel in compliance with Standard EN 300, whilst the bottom part is available in smooth or stave plywood panels with thickness of 9 mm, a three-layer fir panel with thickness of 14 mm, a single-layer fir panel with thickness of 10 mm, plasterboard sheet (standard, waterproof or fireproof) or 12 mm plaster fibre (see pg. 24). The system guarantees the best performance in terms of: thermal insulation, thermal inertia and sound insulation. ISOSANDWICH COMPOSITO dimensions: 2440x1200 mm = m 2 rabbeted on short sides. ISOSANDWICH COMPOSITO 5000 dimensions: 5000x585 mm = m 2 rabbeted on short sides. ISOSANDWICH COMPOSITO/5000 (EPS/EPS GRAPHITE) AND ROCKWOOL The ISOSANDWICH COMPOSITO system is used: on flat and inclined roofs, walls, sloping roofs. It enables the achievement of a structural, bearing and treadable surface with the bottom part, heat insulated and ready for subsequent works, on display. The panel is made up of two layers of insulating material, each with different properties: sintered expanded polystyrene or with graphite additive in compliance with Standard EC and rockwool with density of 160 kg/ mc, coupled with a EUROSTRAND OSB panel in compliance with Standard EN 300, whilst the bottom part is available in smooth or stave plywood panels with thickness of 9 mm, a three-layer fir panel with thickness of 14 mm, a single-layer fir panel with thickness of 10 mm, plasterboard sheet (standard, waterproof or fireproof) or 12 mm plaster fibre (see pg. 24). The system guarantees the best performance in terms of: thermal insulation, thermal inertia and sound insulation. ISOSANDWICH COMPOSITO dimensions: 2440x1200 mm = m 2 rabbeted on short sides. ISOSANDWICH COMPOSITO 5000 dimensions: 5000x585 mm = m 2 rabbeted on short sides. Variations upon request: thickness of the OSB on the upper part - panel dimensions. 1 1 The bottom part is in EUROSTRAND OSB 2 The insulating panel can be made from: 2 3 Sintered expanded polystyrene according to Standard EN EC Sintered graphite polystyrene according to Standard EN EC 4 3 Rockwool or wood fibre panel 4 Bottom part on display 21

22 ISOSANDWICH TOP COMPOSITO ISOSANDWICH TOP COMPOSITO/5000 (EPS/EPS GRAPHITE) AND WOOD FIBRE The ISOSANDWICH TOP COMPOSITO system is used: on flat and inclined roofs, walls, sloping roofs. It enables the achievement of a structural, bearing and treadable surface with the bottom part, heat insulated and ready for subsequent works, on display. The panel is made up of two layers of insulating material, each with different properties: sintered expanded polystyrene or with graphite additive in compliance with Standard EC and wood fibre in compliance with Standard EC with density of 170 kg/mc, coupled with a EUROSTRAND OSB panel in compliance with Standard EN 300, whilst the bottom part is available in smooth or stave plywood panels with thickness of 9 mm, a three-layer fir panel with thickness of 14 mm, a single-layer fir panel with thickness of 10 mm, plasterboard sheet (standard, waterproof or fireproof) or 12 mm plaster fibre (see pg. 24) and the insertion of solid wood rails using M/F joints across the long sides. The system guarantees the best performance in terms of: thermal insulation, thermal inertia and sound insulation. Isosandwich top composito wood fibre dimensions: 2440x1200 mm = m 2 Isosandwich top 5000 wood fibre dimensions: 5000x585 mm = m 2 Variations upon request: thickness of the OSB on the upper part - panel dimensions. ISOSANDWICH TOP COMPOSITO/5000 (EPS/EPS GRAPHITE) AND ROCKWOOL The ISOSANDWICH TOP COMPOSITO system is used: on flat and inclined roofs, walls, sloping roofs. It enables the achievement of a structural, bearing and treadable surface with the bottom part, heat insulated and ready for subsequent works, on display. The panel is made up of two layers of insulating material, each with different properties: sintered expanded polystyrene or with graphite additive in compliance with Standard EC and rockwool with density of 160 kg/mc, coupled with a EUROSTRAND OSB panel in compliance with Standard EN 300, whilst the bottom part is available in smooth or stave plywood panels with thickness of 9 mm, a three-layer fir panel with thickness of 14 mm, a single-layer fir panel with thickness of 10 mm, plasterboard sheet (standard, waterproof or fireproof) or 12 mm plaster fibre (see pg. 24) and the insertion of solid wood rails using M/F joints across the long sides. The system guarantees the best performance in terms of: thermal insulation, thermal inertia and sound insulation. Isosandwich top rockwool dimensions: 2440x1200 = m 2 Isosandwich top 5000 rockwool dimensions: 5000x585 mm = m 2 Variations upon request: thickness of the OSB on the upper part - panel dimensions. 1 The bottom part is in EUROSTRAND OSB 2 The insulating panel can be made from: Sintered expanded polystyrene according to Standard EN EC Sintered graphite polystyrene according to Standard EN EC 3 Rockwool or wood fibre panel 4 Bottom part on display

23 ISOSANDWICH SPECIAL ISOSANDWICH 2 K ISOSANDWICH TOP 2 K ISOSANDWICH 2 K + PLASTERBOARD ISOSANDWICH TOP 2 K + PLASTERBOARD ISOSANDWICH 2 K + PLASTER FIBRE ISOSANDWICH TOP 2 K + PLASTER FIBRE ISOSANDWICH SPECIAL Insulation system with sandwich structure made up of a panel with insulating core paired with, on both sides, a EUROSTRAND OSB panel according to Standard EN 300 EC or with the addition of a plasterboard panel(standard, waterproof or fireproof) or 12 mm plaster fibre on side on display. The panel can be straight edged, rabbeted or reinforced across the long sides with wood rails and M/F joint. Dimensions: 2440x1200 mm = m 2 Variations upon request: thickness of the OSB on the upper part - panel dimensions ADVANTAGES multifunctional solution for roofs and sloping roofs - thermal insulation - energy saving no thermal bridges - treadable and safe support - in roofs with the laying of a transpiring film - complete protection against accidental infiltration of the roof mantle is achieved - significant installation cost savings The bottom part on display is in EUROSTRAND OSB 2 The insulating panel can be made from: Sintered expanded polystyrene according to Standard EN EC Sintered graphite polystyrene according to Standard EN EC Extruded polystyrene according to Standard EN EC, rockwool upon request 3 The upper part is a EUROSTRAND OSB panel 4 Solid wood rail with M/F joint 5 The bottom part is in plasterboard/plaster fibre

24 ISOSANDWICH RANGE DIMENSIONAL INFORMATION Description ISOSANDWICH/TOP Panel dimensions length 2440 mm x width 1200 mm ISOSANDWICH/TOP 5000 length 5000 mm x width 585 mm ISOSANDWICH 2K/TOP 2K length 2440 mm x width 1200 mm ISOSANDWICH 2K 5000 length 5000 mm x width 585 mm ISOSANDWICH 2K/TOP 2K PLASTERBOARD Description ISOSANDWICH/TOP ISOSANDWICH/TOP 5000 ISOSANDWICH 2K/TOP 2K ISOSANDWICH 2K 5000 ISOSANDWICH 2K/TOP 2K PLASTERBOARD length 2440 mm x width 1200 mm Panel thickness from 51 to 241 mm from 66 to 246 mm from 54 to 244 mm from 54 to 244 mm from 67 to 247 mm DISPLAYED BOTTOM PART FINISHES 1_PLYWOOD IN SMOOTH CHILEAN PINE 9 MM 2_PLYWOOD IN STAVE CHILEAN PINE 9 MM 3_THREE-LAYER SMOOTH FIR PANEL 14 MM 4_THREE-LAYER STAVE FIR PANEL 14 MM _SINGLE-LAYER STAVE FIR PANEL MM 6_PLASTERBOARD PANEL 12.5 MM standard waterproof fireproof 7_PLASTER FIBRE 12 MM 24

25 TECHNICAL SPECIFICATIONS OF EPS - EST SINTERED EXPANDED POLYSTYRENE BEFORE PAIRING Description Class U.M. EPS 100 EPS 150 EPS 200 EST Standard graphite Dim.stability DS(N) % ±5 ±5 ±5 ±5 UNI EN 1603 Bending strength BS kpa UNI EN Compression resistance CS(10) kpa UNI EN 826 Water vapour diffusion resistance MU /150 UNI EN Thermal conductivity λ D /0.036 UNI EN Fire performance E E E E UNI EN 13501/1 Thermal ability J/kgK EXPANDED POLYURETHANE PROPERTIES Euroclass Fire performance (EN ) (EN ) (13823 (SBI)) Euroclass F Euroclass Fire performance (EN ) foam Euroclass E Specific Heat Cp (J/kg K) 1453 Thermal Insulation Properties (Standard) Initial average thermal conductivity (EN 12667) Stated Thermal Conductivity (UNI EN Annexes A and C) Stated Thermal Transmittance Stated Thermal Resistance Description Value established at an average temperature of 10 C Value established at an average temperature of 10 C U D =λ D /d R D = d /λ D Symbol (Unit of measurement) λ90/90.l (W/mK) λ D (W/mK) U D (W/m 2 K) R D (m 2 K/W) Value Some properties vary based upon the thickness (mm)

26 INSULATION TECHNICAL SPECIFICATIONS ISOVENT/TOP-ISOSANDWICH/TOP ROCKWOOL WITH DENSITY OF 160 KG/MC Description U.M. value standard Nominal density (±10%) thicknesses 30, 40, 50, 60, 80 kg/m EN 1602 thicknesses 100, 120, 140 kg/m EN 1602 Thermal conductivity λ D W/mK 0,039 EN EN Fire performance (Euroclass) A1 EN Specific heat (Cp) J/kgK EN Resistance to the flow of water vapour without covering µ 1 EN Long-term water absorption WL(P) kg/m EN 1609 Dimensional stability in specific temperature and humidity conditions DS(TH) [tested for 48 hours at (70± 2) C and (90±5) %UR] 1% EN 1604 Resistance to the flow of air - AF kpa - s/m 2 >60 EN Resistance to compression with10% crushing - CS(10) Thicknesses 30, 40, 50 kpa 50 EN 826 Thicknesses 60, 80, 100, 120, 140 kpa 70 EN 826 NATURAL LIGHT CORK Description U.M. value standard Nominal density (±10%) kg/m EN 1602 Thermal conductivity λ D W/mK 0,043 Transpirability to water vapour µ Putrescibility none 26

27 INSULATION TECHNICAL SPECIFICATIONS Description Profile WOOD FIBRE technical specifications level edges Fire performance class according to Standard EN Material class according to Standard DIN 4102 E B2 Thermal conductivity coefficient λ D (W/(m*K) Density [kg/m 3 ] approx Water vapour diffusion resistance µ 5 Value sd (m) 0.1/0.2/0.3/0.4/0.5/0.6/0.7/0.8 Specific heat c [J/(kg*K)] 2100 Bending strength at 10% compression σ 10 (N/mm 2 ) 0.05 Resistance to compression [kpa] 50 Shock resistance (kpa) 2.5 Hydraulic resistance relative to length [(kpa*s)/m 2 ] 100 Components layered wood fibre Waste code (EAK) / EUROSTRAND OSB ACCORDING TO STANDARD EN 300 Description OSB 2 OSB 3 U.M. Standard Panel thickness Apparent specific weight Kg/m 3 Modulus of elasticity primary axis N/mm 2 EN 310 secondary axis Bending strength primary axis N/mm 2 EN 310 secondary axis Transverse tensile strength with dry fibres N/mm 2 EN 319 Dimensional variation rel. hum. 85% 35% length owing to humidity thickness % EN 318 Subsequent swelling 24 h % EN 317 Resistance to diffusion of water vapour sd >2.0 M DIN Fire performance class Thermal conductivity 0.13 W/mk DIN B2

28 FINISHES TECHNICAL SPECIFICATIONS PLASTER FIBRE Description U.M. value Nominal density Kg/m ±50 Thermal conductivity λ W/mk 0.32 Specific heat kj/kgk 1.1 Swelling of thickness 24 h subsequent to being in water % 2 Fire performance class according to Ministerial Decree 26/06/ Adm bending perpendicular to sheet surface N/mm2 1.2 Modulus of elasticity perpendicular to sheet surface N/mm Compression modulus N/mm PLASTERBOARD EN 520 Description U.M. value standard Thickness mm 12.5 Weight Kg/m Water vapour diffusion resistance µ EN Bending strength: Longitudinal N 550 EN Transverse 210 Fire performance class A2 EN

29 FINISHES TECHNICAL SPECIFICATIONS PLYWOOD 9 MM EN 310 (EC) Description U.M. value standard Density Kg/mc Kg/mc 500 EN 323 Thermal conductivity λ (W/m 2 K) 0.13 EN Resistance to diffusion of water vapour µ EN Fire behaviour Euroclass D EN Modulus of elasticity MOE N/mm 2 parallel 7.43 perpendicular 754 Bending strength MOR N/mm 2 parallel 72 perpendicular 15 THREE-LAYER FIR 14 MM EN (EC) Description U.M. value standard Density Kg/mc Kg/mc 500 EN 323 Thermal conductivity λ (W/m 2 K) 0.13 EN Resistance to diffusion of water vapour µ EN Fire behaviour Euroclass D EN Bending strength MOR N/mm 2 parallel 9000 perpendicular 600 Resistance to pressure N/mm 2 parallel 32 perpendicular 5 SINGLE-LAYER FIR 10 MM Description U.M. value standard Density Kg/mc Kg/mc 500 EN 323 Thermal conductivity λ (W/m 2 K) 0.13 EN Resistance to diffusion of water vapour µ EN Fire behaviour Euroclass D EN Bending strength MOR N/mm 2 parallel 20 perpendicular 5 Modulus of elasticity MOE N/mm 2 parallel 3.00 perpendicular

30 TERMOSYSTEM EPS TERMOSYSTEM EPS is a system made up of a bituminous membrane paired with a sintered expanded polystyrene insulating panel, according to Standard UNI EN 13163, delayed flame fighting action, Euroclass E. Standard product type. Roll: stave width 50 mm - roll height 1 ml with selvage of 8-10 cm on one side, recommended for a thickness of up to 60 mm. Sheets for thicknesses of 70 mm to 200 mm. Pre-cut sheets: stave width 50 mm - roll height 1 ml with selvage on one long side and two selvages on short side used for the heat insulation of prefabricated roofing tiles. Panels: all thicknesses available, width 1 ml, minimum length 2 ml with two 8-10 cm selvages on long and short side. Pre-cut panels:all thicknesses available, width 1 ml, custom length with precuts relative to the roof type, two 8-10 cm selvages on long and short side. TECHNICAL SPECIFICATIONS OF EPS SINTERED EXPANDED POLYSTYRENE BEFORE PAIRING Description Class U.M. EPS 80 EPS 100 EPS 120 EPS 150 EPS 200 EPS 250 Standard Dim. stability DS(N) % ±5 ±5 ±5 ±5 ±5 ±5 UNI EN 1603 Bending strength BS kpa UNI EN Compression resistance CS(10) kpa UNI EN 826 Water vapour diffusion resistance MU UNI EN Thermal conductivity λ D UNI EN Fire performance E E E E E E UNI EN 13501/1 Thermal ability J/kgK

31 TERMOSYSTEM EPS GRAFITE TERMOSYSTEM EPS GRAFITE is a system made up of a bituminous membrane paired with a sintered expanded polystyrene insulating panel with graphite additive, according to Standard UNI EN 13163, delayed flame fighting action, Euroclass E. Product type. Roll: stave width 50 mm - roll height 1 ml with selvage of 8-10 cm on one side, recommended for a thickness of up to 60 mm. Sheets for thicknesses of 70 mm to 200 mm. Pre-cut sheets: stave width 50 mm - roll height 1 ml with selvage on one long side and two selvages on short side used for the heat insulation of prefabricated roofing tiles. Panels: all thicknesses available, width 1 ml, minimum length 2 ml with two 8-10 cm selvages on long and short side. Pre-cut panels:all thicknesses available, width 1 ml, custom length with precuts relative to the roof type, two 8-10 cm selvages on long and short side. TECHNICAL SPECIFICATIONS OF EPS GRAPHITE SINTERED EXPANDED POLYSTYRENE BEFORE PAIRING Description Class U.M. EPS 100 GRAFITE EPS 150 GRAFITE Standard Dimensional stability DS(N) % ±5 ±5 UNI EN 1603 Bending strength BS kpa UNI EN Compression resistance CS(10) kpa UNI EN 826 Water vapour diffusion resistance MU µ UNI EN Thermal conductivity λ D UNI EN Fire performance E E UNI EN 13501/1 Thermal ability J/kgK

32 TERMOSYSTEM EST TERMOSYSTEM EST is a system made up of a bituminous membrane paired with an extruded expanded polystyrene insulating panel, according to Standard UNI EN 13164, delayed flame fighting action, Euroclass E. Product type. Roll: stave width 50 mm - roll height 1 ml with selvage of 8-10 cm on one side, available for a thickness of up to 60 mm. Panels: all thicknesses available, width 1 ml, length ml with two 8-10 cm selvages on long and short side. TECHNICAL SPECIFICATIONS OF EXTRUDED EXPANDED POLYSTYRENE BEFORE PAIRING Description Class U.M. EST Standard Dimensional stability DS(TH) % ±5 UNI EN 1603 Resistance to compression with 10% crushing CS(10/Y) kpa 300 UNI EN 826 Level of deformation DLT(2)5 % 5 UNI EN 1605 Resistance to compression subsequent to 50 years with crushing 2 % CC(2/1.5/50) Kpa 130 UNI EN 1606 Long-term water absorption for diffusion WD(V)5 Vol. -% 2-4 UNI EN Water vapour diffusion resistance MU µ 100 UNI EN Thermal conductivity λ D * UNI EN Fire performance E UNI EN 13501/1 Thermal ability J/kgK 1260 *Dependent on thickness 32

33 TERMOSYSTEM PUR VP TERMOSYSTEM PUR VP is a system made up of a bituminous membrane paired with an expanded polyurethane insulating panel, according to Standard EN 13165, delayed flame fighting action, Euroclass E. VP: Saturated Glass Fibre. Product type. Roll: stave width 50 mm - roll height 1 ml with selvage of 8-10 cm on one side, from 20 to 120 mm with saturated glass fibre coating on both sides. Panels: all thicknesses available, width 1 ml, length ml with two 8-10 cm selvages on long and short side. TECHNICAL SPECIFICATIONS OF PUR EXPANDED POLYSTYRENE BEFORE PAIRING Description Symbol Value Standard Calculated conductivity λ D W/mK per th. from 20 to 70 mm UNI EN measured at +10 C λ D W/mK per th. from 80 to 140 mm UNI EN Resistance to compression with 10 % crushing dn from 30 to 40 mm kpa 150 UNI EN 826 Dimensional stability DS(TH) (48±1) h length variation % 1 (70±2) C Fire performance European Class VP EN 11952/2 Euroclass E UNI EN 13501/1 Thermal ability J/kgK

34 TERMOSYSTEM PUR TERMOSYSTEM PUR is a system made up of a bituminous membrane paired with a rigid polyiso foam panel according to Standard UNI EN Standard product type. Panels: standard thicknesses from 20 to 120 mm, width 1 ml minimum length 1.2/2.4 ml with two side overlapping 10 cm selvages. TECHNICAL SPECIFICATIONS OF PUR EXPANDED POLYSTYRENE BEFORE PAIRING Euroclass Fire performance (EN ) (EN ) (13823 (SBI) Euroclass F Euroclass Fire performance (EN ) foam Euroclass E Specific Heat Cp (J/kg K) 1453 Thermal Insulation Properties (Standard) Initial average thermal conductivity (EN 12667) Stated Thermal Conductivity (UNI EN Annexes A and C) Stated Thermal Transmittance Stated Thermal Resistance Description Value established at an average temperature of 10 C Value established at an average temperature of 10 C U D =λ D /d R D = d /λ D Symbol (Unit of measurement) λ90/90.l (W/mK) λ D (W/mK) U D (W/m 2 K) R D (m 2 K/W) Value Some properties vary based upon the thickness (mm)

35 TERMOSYSTEM RC TERMOSYSTEM RC is a system made up of a bituminous membrane paired with an oriented strand mineral wool insulating panel with density of 155 kg/mc, according to Standard UNI EN 13162, delayed flame fighting action, Euroclass A1. Standard product type. Roll: stave width 50 mm - roll height 1 ml with selvage of 8-10 cm on one side, available for a thickness of up to 60 mm. Panels: all thicknesses available, width 1 ml, minimum length 1.2 ml with two 8-10 cm selvages on long and short side. TECHNICAL SPECIFICATIONS OF RC MINERAL WOOL BEFORE PAIRING Description Class U.M. Value Standard Tolerance class relative to dimensional parameters T5 UNI EN 823 Resistance to compression with 10% crushing CS(10) kpa 70 UNI EN 826 Tensile strength across thickness kpa 13 UNI EN 1607 Linear thermal expansion coefficient 2x10-6 C-1 Residue withdrawal at 20 C subsequent to 4 days at 70 C negligible UNI EN Linear expansion at a constant longitudinal direction < 1 mm/m temperature of 20 C between 65 and 80% UR transverse direction < 1 mm/m Thickness variation of samples kept for 15 mins. at 100 C and UR 100% and then cooled to room temperature 2% Short-term water absorption-ws kg/m Euroclass Fire performance European Class A1 Thermal conductivity λd Resistance to concentrated load PL (5) N 650 EN Rockwool melting temperature C > 1000 Thermal ability J/kgK

36 TERMOSYSTEM COMPOSITO TERMOSYSTEM COMPOSITO is a sintered expanded polystyrene panel with graphite additive, high density rockwool according to Standard EC 13162, and a bituminous membrane, excellent for roof heat insulation and soundproofing. Dimensions: 1200x1000 mm. Thicknesses available upon request dependent on requirements. See graphite specifications on page 25 See rockwool specifications on page 28 36

37 TERMOSYSTEM COMPOSITO FESCO S/EPS - FESCO S/EST TERMOSYSTEM COMPOSITO FESCO S/EPS OR EXTRUDED is an insulating system made up of an expanded perlite insulating sheet, with oxidised bitume coating on one side (approx. 350 g/m 2 ), protected by a thermal fuse film and an elasticated expanded polystyrene sheet according to EN or an extruded expanded polystyrene sheet according to Standard EN Rabbeted on 4 sides upon request. Dimensions: 1200x600 mm Insulation thicknesses: mm TECHNICAL SPECIFICATIONS OF FESCO BEFORE PAIRING Characteristics Value Unit Standard Length, width 1200 x 600 mm EN 822 Thickness From 20 to 120 mm EN 823 Nominal density 150 kg/m 3 EN 1602 Stated thermal conductivity, λ D W/m.K EN Compression crushing at 10% deformation 200 (average 300) kpa EN 826 Under cement slab performance characteristics: - crushing under compression, R CS 130 kpa - deformation, d Smin / d Smax % Deformation at 80 kpa and 80 C for 7 days (or 7 days at 60 C according to EN 1605) < 5 (2 %) % UEAtc Deformation (Creep) under compression at 80 kpa extracted after 10 years 1 mm EN 1606 Resistance to punching (across 50 cm 2 ) with 2 mm of deformation 1400 N EN Water absorption when fully immersed 0.03 kg/dm 3 EN Dimensional stability - after 48h at 23 C and 90% UR, length and width/thickness % EN 1604 EN after 48h at 70 C and 50% UR, length and width/thickness % EN creep deformation at 20 subsequent to stabilization at 80 C < 0.12 % UEAtc Resistance to tensile strength perpendicular to sides 40 kpa EN 1607 Specific heat 900 J/kg.K EN ISO Water vapour diffusion resistance, μ 5 - EN ISO Fire performance (Euroclass) C-s1, d0 - EN Description TECHNICAL SPECIFICATIONS OF EPS 200 KPA compression value (EN 826) thermal conductivity (EN 13163) MU (EN 12086) fire performance Euroclass EPS Kpa 200 λ D µ E (EN 13501/1) Description TECHNICAL SPECIFICATIONS OF EST 350 KPA compression value (EN 826) thermal conductivity (EN 13163) MU (EN 12086) fire performance Euroclass EST Kpa 350 λ D µ 150 E (EN 13501/1) 37

38 TERMOSYSTEM ONDA Curved system TERMOSYSTEM ONDA is a system made up of a waterproof bituminous membrane and an EPS or EPS insulating panel, with graphite additive shaped according to the type of cement fibre or asbestos corrugation, on top of which it is laid. In the case of vault roofs TERMOSYSTEM ONDA is suitably precut. The panels are provided with two overlapping selvages on the two perpendicular sides. TERMOSYSTEM GRECA Curved system TERMOSYSTEM GRECA is a system made up of a waterproof bituminous membrane and an EPS or EPS insulating panel, with graphite additive shaped according to the type of corrugated metal sheet, on top of which it is laid. In the case of vault roofs TERMOSYSTEM GRECA is suitably precut. The panels are provided with two overlapping selvages on the two perpendicular sides. 38

39 TERMOSYSTEM PENDENZA TERMOSYSTEM PENDENZA is a waterproof insulation system made up of sintered expanded polystyrene according to Standard EN or with graphite additive according to Standard EN and a bituminous membrane according to Standard EN TERMOSYSTEM SLOPING FOR PHOTOVOLTAIC INSTALLATION TERMOSYSTEM SLOPING FOR PHOTOVOLTAIC INSTALLATION is a waterproof insulation system made up of sintered expanded polystyrene or graphite additive according to Standard EN and a 20 mm expanded polyurethane sheet according to Standard EN coated on both sides with saturated glass and a bituminous sheath or a 12 mm thick EUROSTRAND OSB panel according to Standard EN 300. Panel dimensions: 1200x1000 mm System used to determine the average thickness of TERMOSYSTEM inclinations Inclination % Pendenza % h H = = = LUNGHEZZA LENGTH Calculation Calcolo dello of average spessore thickness: medio: H1+h/2= SM SM (spessore (average medio) thickness) 39

40 TERMOSYSTEM PENDENZA <1 <1 <1 <1 <1 <1 <1 <1 <1 <2 <3 <4 <5 <6 <7 8> 8> 8> 8> 8> 8> 8> 8> 8> 8> 8> 15> 14> 13> 12> 11> 10> <2 <2 <2 7> 7> 7> 7> 7> 7> 7> 7> 7> 7> 7> <2 <3 <3 <2 <3 <4 <3 <4 <5 <6 6> 6> 6> 6> 6> 6> 6> 6> 6> 6> <2 <2 <2 <3 <3 <3 <4 <4 <4 <1 <2 <3 <4 <5 <6 <7 7> 6> 5> 5> 5> 5> 5> 5> 5> 5> <5 <3 <4 <5 <4 <5 <6 5> 4> <5 <6 <4 <5 <6 <5 <6 4> 4> 4> 4> 4> 4> 5> 4> 3> 5> 4> 3> 5> 4> 3> 5> 4> 3> 5> 5> <5 <6 <6 4> <6 3> 3> 3> 3> 3> 2> 2> 2> 2> 2> 2> <1 <1 <1 <2 <2 <2 <3 <3 <3 <4 <4 <4 <5 <5 <5 <6 <6 <6 <7 <7 <7 7> 7> 7> 6> 6> 6> 1> 1> 1> <1 <1 <1 <2 <2 <2 <2 <3 <3 <3 <3 <3 <4 <4 <4 <4 <4 <4 <5 <5 <5 <5 <5 <5 <5 <6 <6 <6 <6 <6 <6 <6 <6 <7 <7 <7 <7 <7 <7 <7 <7 <7 15> 14> 13> 12> 11> 10> 15> 14> 13> 12> 11> 10> 15> 14> 13> 12> 11> 10> 15> 14> 13> 12> 11> 10> 15> 14> 13> 12> 11> 10> 15> 14> 13> 12> 11> 10> 15> 14> 13> 12> 11> 10> 15> 14> 13> 12> 11> 10> 15> 14> 13> 12> 11> 10> 40 mm 67 mm 94 mm 121mm 148 mm 175 mm 202 mm 230 mm 202 mm 175 mm 148 mm 121 mm 94 mm 67 mm 40 mm 67 mm 94 mm 121mm 148 mm 175 mm 202 mm 230 mm 220 mm 210 mm 200 mm 190 mm 180 mm 170 mm DESIGN TYPICAL OF A FLAT ROOF WITH DRAINPIPES AND GUTTER CHANNELS "MULTI-DRAINAGE SYSTEM" This type of system enables the channelling of rainwater, by means of the inclined modules across the compluviums to be dispelled to the drain or gutter channels. The inclined Termosystem comes in various types of tapered EPS sheets dependent on design requirements. Individual sheets (not paired) can be produced for solutions which include synthetic mantles, or paired sheets for polymer bitumen membranes for the subsequent application of layers to result in bituminous solutions. Our technical office is always available to provide clarification. 9> 9> 9> 9> 9> 9> 9> 9> 9> 9> 160 mm 40

41 TERMOSYSTEM TEGOLO TERMOSYSTEM TEGOLO is system which includes customised PSE or PSE with graphite additive shaped sheets, paired with bituminous membranes providing insulation and waterproofing of prefabricated roofing tiles. 41

42 TERMOSYSTEM COPPO P TERMOSYSTEM COPPO P is a waterproof insulation system made up of sintered expanded polystyrene or graphite additive according to Standard UNI EN 13163, which is specifically shaped to house the curved tiles and a 3.5 kg/m 2 bituminous membrane reinforced with polyester TNT and self-protected with slate components according to Standard UNI EN Termosystem coppo P thickness A mm TERMOSYSTEM COPPO G TERMOSYSTEM COPPO G is a waterproof insulation system made up of sintered expanded polystyrene or graphite additive according to Standard UNI EN 13163, which is specifically shaped to house the curved tiles and a 3.5 kg/m 2 bituminous membrane reinforced with polyester TNT and self-protected with slate components according to Standard UNI EN Termosystem coppo G thickness A mm 42

43 TERMOSYSTEM COPPO GV TERMOSYSTEM COPPO GV is a waterproof insulation system made up of sintered expanded polystyrene or graphite additive according to Standard UNI EN 13163, which is specifically shaped with microventilation to house the curved tiles and a 3.5 kg/m 2 bituminous membrane reinforced with polyester TNT and self-protected with slate components according to Standard UNI EN Termosystem coppo GV thickness A mm Ventilation channels Description Panel dimensions TERMOSYSTEM COPPO P PANEL SHAPE AND DIMENSIONS value 1860x1000 mm Usable surface 1.86 m 2 Requirements per 100 m 2 roof 54 pcs. Description Panel dimensions TERMOSYSTEM COPPO G PANEL SHAPE AND DIMENSIONS value 1800x1000 mm Usable surface 1.80 m 2 Requirements per 100 m 2 roof 54 pcs. Description Panel dimensions TERMOSYSTEM COPPO GV PANEL SHAPE AND DIMENSIONS value 1800x1000 mm Usable surface 1.80 m 2 Requirements per 100 m 2 roof 54 pcs. 43

44 TERMOSYSTEM TEGOLA TERMOSYSTEM TEGOLA is a waterproof insulation system made up of sintered expanded polystyrene or graphite additive according to Standard UNI EN 13163, which is specifically shaped to house the splints supporting the counterbatten to attach the tiles, paired with a 3.5 kg/m 2 bituminous membrane reinforced with polyester TNT and self-protected with slate components according to Standard UNI EN Dimensional specifications: - Length width m selvage on short side and 1 selvage on long side - Selvage overhang: 10 cm x40 mm splints TILE EASY SHEETS FOR UNDER TILE HEAT INSULATION EXTRUDED EPS TILE EASY is a roof under tile heat insulation sheet made up of single-layer extruded polystyrene with compression resistance of 300 Kpa, with extruded layer, two edges rabbeted with M/F joint or sintered expanded polystyrene with compression resistance of 200 Kpa, two longitudinal grooves for micro ventilation* and transverse grooves** to slot the teeth of the aforementioned. The sheet is 600 mm wide, available in various thicknesses and lengths dependent on the tile pitch. * and any water drainage in the case of infiltration of the roof mantle ** with tile pitch Dimensional specifications: Finish Thickness mm Standard pitch mm Length mm rabbeted with M/F joint * on long side *upon the request of special pitches 44

45 ISOLONDA P EPS 150/200 KPA INSULATION EPS 100 KPA GRAFITE INSULATION Dimensions of fibrous bituminous mantle 2000 mm EPS dimensions 986 mm ISOLONDA is made up of an EPS 150/200 kpa or 100 kpa graphite panel according to UNI EN suitably paired with a fibrous bituminous mantle, resulting in optimal ventilation between the system and the roof mantle. Such a panel is used both for curved tiles and roof tiles, the lastly mentioned with the application of a splint dependent on the tile pitch. Dimensions: EPS sheet measurement 1920X968 Fibrous bituminous sheet measurement 2000X1050 Usable surface 1.86 m 2 Isolonda thickness A mm A 45

46 EPS dimensions 875 mm ISOLONDA C EPS 150/200 KPA INSULATION EPS 100 KPA GRAFITE INSULATION Dimensions of fibrous bituminous mantle 2000 mm ISOLONDA -C features a standard wave and two channels under the fibrous bituminous mantle, the EPS 150/200 kpa or 100 kpa graphite panel according to UNI EN is specifically shaped and paired with a fibrous bituminous sheet. The standard wave represents a secure housing for curved tiles facilitating installation. Dimensions: EPS sheet measurement 1920X875 Fibrous bituminous sheet measurement 2000X950 Usable surface 1.68 m 2 Isolonda C Thickness A mm B mm B A Ventilation channels 46

47 GESS FON EPS/GRAFITE TECHNICAL CHARACTERISTICS GESS FON PSE e GESS FON PSE GRAFITE are panels with optimal heat insulation performance made up of a RB 13 plasterboard sheet according to Standard UNI EN 520 (standard, fireproof, waterproof) and a TERMOSTYR or TERMPOR sintered expanded polystyrene panel according to Standard EN EC delayed flame fighting action, Euroclass E. Dimensions: 1200x2000/3000 mm Insulation thicknesses: TECHNICAL SPECIFICATIONS OF EPS SINTERED EXPANDED POLYSTYRENE BEFORE PAIRING Description Class U.M. EPS 80 EPS 100 EPS 150 EPS100 grafite Standard Dim. stability DS(N) % ±5 ±5 ±5 ±5 UNI EN 1603 Bending strength BS kpa UNI EN Compression resistance CS(10) kpa UNI EN 826 Water vapour diffusion resistance MU UNI EN Thermal conductivity λ D UNI EN Fire performance E E E E UNI EN 13501/1 Thermal ability J/kgK

48 GESS FON EST TECHNICAL CHARACTERISTICS System which includes an RB 13 standard, fireproof or waterproof plasterboard sheet according to Standard UNI EN 520 and an extruded expanded polystyrene panel according to Standard UNI EN Used with plasterboard structures or cladded to walls or roofs to provide heat insulation. Dimensions: 3000X1200 mm/2000x1200 Insulation thicknesses: TECHNICAL SPECIFICATIONS OF EXTRUDED EXPANDED POLYSTYRENE BEFORE PAIRING Description Class U.M. EST Standard Dimensional stability DS(TH) % ±5 UNI EN 1603 Resistance to compression with 10 % crushing CS(10/Y) kpa 250 UNI EN 826 Level of deformation DLT(2)5 % 5 UNI EN 1605 Resistance to compression after 50 years of crushing 2 % CC(2/1.5/50) Kpa 130 UNI EN 1606 Long-term water absorption for diffusion WD(V)5 Vol. -% 2-4 UNI EN Water vapour diffusion resistance MU µ 150 UNI EN Thermal conductivity λ D * UNI EN Fire performance E UNI EN 13501/1 Thermal ability J/kgK 1260 *Dependent on thickness 48

49 GESS FON RC Green Building TECHNICAL CHARACTERISTICS GESS FON RC is a sound absorbing, sound insulating panel made up of plasterboard RB 13 and a rockwool panel. Rockwool is a porous material with excellent sound absorbing properties that, combined with a certain mass, can enhance insulation against low frequency waves. Dimensions: 2000/3000X1200 mm Insulation thicknesses: TECHNICAL SPECIFICATIONS OF RC 80 MINERAL WOOL Description Class U.M. Value Standard Nominal density (±10%) kg/m EN 1602 Thermal conductivity λ D EN 13162/12667 TECHNICAL SPECIFICATIONS OF RC 100 MINERAL WOOL Description Class U.M. Value Standard Nominal density (±10%) kg/m EN 1602 Thermal conductivity λ D EN 13162/12667 TECHNICAL SPECIFICATIONS OF RC 160 MINERAL WOOL Description Class U.M. Value Standard Nominal density (±10%) kg/m EN 1602 Thermal conductivity λ D EN 13162/

50 GESS FON SUGHERO Green Building DESCRIPTION GESS FON SUGHERO is a sound absorbing, sound insulating panel made up of a plasterboard RB 13 panel and a light cork panel. Dimensions: 2000/3000X1200 mm SOUND PROOFING: db=20-35 (500 Hz)* *DEPENDENT ON THICKNESS NATURAL LIGHT CORK Description U.M. value standard Nominal density (±10%) kg/m EN 1602 Thermal conductivity λ D W/mK Transpirability to water vapour µ Putrescibility none 50

51 GESS FON TECHNICAL CHARACTERISTICS GESS FON is a sound absorbing, sound insulating panel made up of a plasterboard RB 13 panel and an expanded polyurethane panel according to Standard UNI EN Dimensions: 1200X2000 mm Insulation thicknesses: EXPANDED POLYURETHANE PROPERTIES Euroclass Fire performance (EN ) (EN ) (13823 (SBI)) Euroclass F Euroclass Fire performance (EN ) foam Euroclass E Specific Heat Cp (J/kg K) 1453 Thermal Insulation Properties (Standard) Initial average thermal conductivity (EN 12667) Stated Thermal Conductivity (UNI EN Annexes A and C) Stated Thermal Transmittance Stated Thermal Resistance Description Value established at an average temperature of 10 C Value established at an average temperature of 10 C U D =λ D /d R D = d /λ D Symbol (Unit of measurement) λ90/90.l (W/mK) λ D (W/mK) U D (W/m 2 K) R D (m 2 K/W) Value Some properties vary based upon the thickness (mm)

52 DEKORSYSTEM DESCRIPTION Dekorsystem is made up of a shaped EPS (sintered expanded polystyrene) element which is shaped according to requests, smoothed on the visible side using a cementitious plaster. The smoothed visible side (just like composite materials) is used to ensure the end product is resistant to external agents, knocks, bumps and has a surface ready to be treated with the classic outdoor paints. Dekorsystem can be used for the following: Eave frames. Circular frames. String-courses. All arch, barrel vault or cross-vault shapes. All decorative column shapes. 52

53 FORMSYSTEM DESCRIPTION Formsystem CLS, EPS formworks, coated to achieve holes when working with concrete. The EPS formwork, coated in negative Formsystem enables the achievement of concrete pieces: - eave frames - circular frames - string courses - all arch, barrel vault or cross-vault shapes - all column shapes. The versatility of FORMSYSTEM fully satisfies design requests and requirements, in addition to facilitating the carpentry work. The installation of Formsystem CLS is carried out using traditional timbering seeing as though the formwork external surfaces are level and perpendicular. 53

54 ACCESSORIES Bird screen Turboair roof tiles and curved tiles Stainless steel curved tile stop hook Zinc-coated plate washers BR dowel and wood screws Complete attachment for corrugated roofs Zinc-coated plate nail and dowel Vapour barrier 120 Transpiring frame 160 Transpiring frame 230 Manual hammer tacker Automatic hammer tacker Copper gauge piece Glue in powder format Wool triangles for bituminous membrane returns Adhesive sheath 54

55 PRODUCT APPLICATION TERMOSYSTEM GRECA Bituminous membrane Overlapping selvage Mechanical fixing Mechanical fixing Bituminous membrane layer TERMOSYSTEM GRECA Corrugated metal sheet. Detail of mechanical fixing TERMOSYSTEM ONDA Bituminous membrane Overlapping selvage Mechanical butterfly fixing Mechanical butterfly fixing with zinc-plated corner Bituminous membrane layer Detail of mechanical fixing Zinc-plated corner for closing the eave side Cement fibre roof 55

56 PRODUCT APPLICATION ISOVENT TOP 7 1_ Eave rail 2_ Bird screen 3_ Eave 4_ ISOVENT TOP 5_ Attachment of panels using a mechanical system 6_ Waterproofing with bituminous sheath 7_ Roof mantle side view ISOVENT/ISOVENT TERMO ACUSTIC/ISOVENT COMPOSITO 1_ Eave rail 2_ Bird screen 3_ Eave 4_ Transpiring frame 5_ ISOVENT/ISOVENT TERMO ACUSTIC/ISOVENT COMPOSITO 6_ Attachment of panels using a mechanical system 7_ Waterproofing with bituminous sheath 8_ Roof mantle

57 PRODUCT APPLICATION ISOSANDWICH TOP _ The gutter and bird screen are attached to the rail. 2_ Proceed with laying the ISOSANDWICH and ISOSANDWICH - TOP panels positioning them with the ends on the purlin centre to centre distances. 3_ Proceed with attachment of the panels using mechanical systems. 4_ Waterproofing of the upper part is achieved using transpiring film, to guarantee complete protection from accidental infiltration of the roof mantle. 5_ The roof is completed with the laying of the cotto tile roof mantle Details of attachment of eave and bird screen to rail. Detail of panel M/F joint. Detail of sheet attachment. Detail of inside view. 57

58 PRODUCT APPLICATION TERMOSYSTEM 8-10 cm overlapping selvage Rapid mechanical fixing 58

59 DESIGN ASSISTANCE Assistance for the designer and the energy certificate issuer_current standards and decrees in force_products and accessories_technical information_laboratory certifications_application solutions_thermal and sound stratigraphy_installation systems_innovative designs and solutions_technical consultancy and assistance for the installer and manufacturer_technical specifications and safety_flow rate models_expertise and promptness of response communications To discover the advantages Isosystem research offers to those who believe both in the building concept and respect for the environment, privately and publicly, every year, a significant budget amount is allocated to communications. The Isosystem brand and products regularly appear in sector publications. Catalogues with CD ROMs, periodically updated, illustrate every detail of materials and their applications. Participation in national and international fairs, the organisation of elaboration and exchange meetings complete the range of Isosystem marketing actions in the interest of company-customer/customer-company relationships and information. 59