PITCHED ROOF WITH SARKING


PITCHED ROOF WITH SARKING

Structure characteristicts:

  • PITCHED ROOF WITH SARKING
  • BREATHER MEMBRANE
  • INSULATION BETWEEN AND UNDER RAFTERS
  • INTERNAL FINISH PLASTERBOARD

Structure advantages:

  • VAPOUR OPEN
  • AIRTIGHT
  • SOUND RESISTANCE
  • SPEED OF INSTALLATION
  • USUALLY TIMBER PARTS INVISIBLE FROM INTERIOR
  • REPLACEMENT OF EXISTING INSULATION WITOUT INTERVENTION TO INTERIOR
THERMAL TRANSMITTANCE VALUE ACCORDING TO B.S.EN.
REQUIRED THERMAL TRANSMITTANCE VALUE U [W/m2K]0.18
CALCULATED THERMAL TRANSMITTANCE VALUE U [W/m2K]
ICYNENE H2FOAM LITE (LDC-50)0.19
ICYNENE H2FOAM LITE PLUS (LDC-70) 0.18
ICYNENE H2FOAM FORTE (MDR-210) 0.16
TECHNICAL PARAMETERS OF STRUCTURE
LABELLAYERTHK. [mm]DESCRIPTION
1SLATES/TILES— ROOF COVERING
2BATTEN—SUPPORT STRUCTURE BASED ON ROOF COVERING
3COUNTER BATTENmin.40VENTED AIRSPACE
4BREATHER MEMBRANE0.2WEATHER RESISTANT BARRIER / VAPOUR OPEN MEMBRANE
5SARKINGING BOARDS24 - 30ROOF CEILING
6RAFTER - ICYNENE140RAFTER 120/140, 400-600MM CENTRES / THERMAL INSULATION LAYER
7FURRING CHANNELS -ICYNENE60SUPPORTING STRUCTURE / THERMAL INSULATION LAYER
8PLASTER BOARD12.5INTERNAL FINISH



PITCHED ROOF WITH INSULATION OVER RAFTERS


PITCHED ROOF WITH INSULATION OVER RAFTERS

Structure characteristicts:

  • PITCHED ROF WITH BREATHER MEMBRANE
  • RIGID BOARD INSULATION ABOVE RAFTERS
  • FOAM INSULATION BETWEEN RAFTERS
  • PLASTERBOARD INTERNAL FINISH

Structure advantages:

  • DIFUSION OPEN (DEPENDS ON INSULATION)
  • AIRTIGHT
  • SOUND RESISTANCE
  • SPEED OF INSTALLATION
  • USUALLY TIMBER PARTS INVISIBLE FROM INTERIOR
  • REPLACEMENT OF EXISTING INSULATION WITOUT INTERVENTION TO INTERIOR
THERMAL TRANSMITTANCE VALUE ACCORDING TO B.S.EN.
REQUIRED THERMAL TRANSMITTANCE VALUE U [W/m2K]0.18
CALCULATED THERMAL TRANSMITTANCE VALUE U [W/m2K]
ICYNENE H2FOAM LITE (LDC-50)0.24
ICYNENE H2FOAM LITE PLUS (LDC-70) 0.22
ICYNENE H2FOAM FORTE (MDR-210) 0.20
TECHNICAL PARAMETERS OF STRUCTURE
LABELLAYERTHK. [mm]DESCRIPTION
1SLATES/TILES— ROOF COVERING
2BATTEN—SUPPORT STRUCTURE BASED ON ROOF COVERING
3COUNTER BATTENmin. 40VENTED AIRSPACE
4BREATHER MEMBRANE0.2WEATHER RESISTANT BARRIER / VAPOUR OPEN MEMBRANE
5PIR160THERMAL INSULATION LAYER
6RAFTER/ ICYNENE160RAFTER 120/160, 400-600MM CENTRES



PITCHED ROOF WITH BREATHABLE UNDERLAY


PITCHED ROOF WITH BREATHABLE UNDERLAY

Structure characteristicts:

  • PITCHED ROOF WITH BREATHABLE UNDERLAY.

  • THERMAL INSULATION BETWEEN AND OWER TIMBER RAFTERS.

  • WITH PLASTERBOARDS.

  • INTERNAL FINISH

Structure advantages:

  • VAPOUR OPEN

  • AIRTIGHT

  • SOUND RESISTANCE

  • SPEED OF INSTALLATION

  • TIMBER PARTS INVISIBLE FROM INSIDE

  • REPLACEMENT OF EXISTING INSULATION WITOUT INTERVENTION TO INTERIOR
THERMAL TRANSMITTANCE VALUE ACCORDING TO B.S.EN.
REQUIRED THERMAL TRANSMITTANCE VALUE U [W/m2K]0.18
CALCULATED THERMAL TRANSMITTANCE VALUE U [W/m2K]
ICYNENE H2FOAM LITE (LDC-50)0.19
ICYNENE H2FOAM LITE PLUS (LDC-70) 0.18
ICYNENE H2FOAM FORTE (MDR-210) 0.16
TECHNICAL PARAMETERS OF STRUCTURE
LABELLAYERTHK. [mm]DESCRIPTION
1SLATERS/TILES— ROOF COVERING
2BATTEN—SUPPORT STRUCTURE BASED ON ROOF COVERING
3BREATHER MEMBRANE0.2WEATHER RESISTANT BARRIER / VAPOUR OPEN MEMBRANE
4RAFTER - ICYNENE140RAFTER 120/140, 400-600MM CENTRES / THERMAL INSULATION LAYER
5FURRING CHANNELS - ICYNENE60SUPPORTING STRUCTURE / THERMAL INSULATION LAYER
6PLASTER BOARD12.5 INTERNAL FINISH



EXTERNAL MASONRY INSULATION


EXTERNAL MASONRY INSULATION

Structure characteristicts:

DIFUSION OPEN STRUCTURE WITH VENTED AIRSPACE DONE FROM ALLUMINIUM PROFILES AND THERMAL INSULATION ICYNENE

Structure advantages:

  • VAPOUR OPEN
  • AIRTIGHT
  • SOUND RESISTANCE
  • SPEED OF INSTALLATION
  • SEGMENTATION – VARIOUS SURFACES OPTIONS
THERMAL TRANSMITTANCE VALUE ACCORDING TO B.S.EN
REQUIRED THERMAL TRANSMITTANCE VALUE U [W/m2K]0.3
CALCULATED THERMAL TRANSMITTANCE VALUE U [W/m2K]
ICYNENE H2FOAM LITE (LDC-50)0.21
ICYNENE H2FOAM LITE PLUS (LDC-70)0.20
ICYNENE H2FOAM FORTE (MDR-210) 0.18
TECHNICAL PARAMETERS OF STRUCTURE
LABELLAYERTHK. [mm]DESCRIPTION
1FUNDERMAX / CETRIS / CEMBONIT / NOVABRIK / KRONOPLAN BOARD8EXTERIOR FINISH
2SIKA GLUE3CONNECTING LAYER
3AIRSPACE40VENTED AIRSPACE
4FURRING CHANNELS HAFIX / INTEGRO - TI ICYNENE180SUPPORTING STRUCTURE / THERMAL INSULATION LAYER
5POROTHERM / HELUZ / YTONG440EXTERNAL MASONRY



EXTERNAL MASONRY INSULATION - SILL


EXTERNAL MASONRY INSULATION – SILL

Structure characteristicts:

DIFUSION OPEN STRUCTURE WITH VENTED AIRSPACE DONE FROM ALLUMINIUM PROFILES AND THERMAL INSULATION ICYNENE

Structure advantages:

  • VAPOUR OPEN

  • AIRTIGHT

  • SOUND RESISTANCE

  • SPEED OF INSTALLATION
  • SEGMENTATION – VARIOUS SURFACES OPTIONS
THERMAL TRANSMITTANCE VALUE ACCORDING TO B.S.EN
REQUIRED THERMAL TRANSMITTANCE VALUE U [W/m2K]0.3
CALCULATED THERMAL TRANSMITTANCE VALUE U [W/m2K]
ICYNENE H2FOAM LITE (LDC-50)0.21
ICYNENE H2FOAM LITE PLUS (LDC-70) 0.20
ICYNENE H2FOAM FORTE (MDR-210)0.18
TECHNICAL PARAMETERS OF STRUCTURE
LABELLAYERTHK. [mm]DESCRIPTION
1FUNDERMAX / CETRIS / CEMBONIT / NOVABRIK / KRONOPLAN BOARD8EXTERIOR FINISH
2SIKA GLUE3CONNECTING LAYER
3AIRSPACE40VENTED AIRSPACE
4FURRING CHANNELS HAFIX / INTEGRO - TI ICYNENE180SUPPORTING STRUCTURE / THERMAL INSULATION LAYER
5POROTHERM / HELUZ / YTONG440EXTERNAL MASONRY



EXTERNAL MASONRY INSULATION - HEAD


EXTERNAL MASONRY INSULATION – HEAD

Structure characteristicts:

DIFUSION OPEN STRUCTURE WITH VENTED AIRSPACE DONE FROM ALLUMINIUM PROFILES AND THERMAL INSULATION ICYNENE

Structure advantages:

  • VAPOUR OPEN

  • AIRTIGHT

  • SOUND RESISTANCE

  • SPEED OF INSTALLATION
  • SEGMENTATION – VARIOUS SURFACES OPTIONS
THERMAL TRANSMITTANCE VALUE ACCORDING TO CSN 730540
REQUIRED THERMAL TRANSMITTANCE VALUE U [W/m2K]0.3
CALCULATED THERMAL TRANSMITTANCE VALUE U [W/m2K]
ICYNENE H2FOAM LITE (LDC-50)0.21
ICYNENE H2FOAM LITE PLUS (LDC-70) 0.20
ICYNENE H2FOAM FORTE (MDR-210) 0.18
TECHNICAL PARAMETERS OF STRUCTURE
LABELLAYERTHK. [mm]DESCRIPTION
1FUNDERMAX / CETRIS / CEMBONIT / NOVABRIK / KRONOPLAN BOARD8EXTERIOR FINISH
2SIKA GLUE3CONNECTING LAYER
3AIRSPACE40VENTED AIRSPACE
4FURRING CHANNELS HAFIX / INTEGRO - TI ICYNENE180SUPPORTING STRUCTURE / THERMAL INSULATION LAYER
5POROTHERM / HELUZ / YTONG440EXTERNAL MASONRY
Remark:1] THERMAL INSULATION HAS TO BE PROTECTED WITH VAPOR BARRIER OR UV PAINT IN CASE OF GAPS BETWEEN EXTERNAL FINISHING BOARDS.

 

 



ROOF WINDOW INSULATION - TOP PART


ROOF WINDOW INSULATION – TOP PART

Structure characteristicts:

  • PITCHED ROOF WITH BREATHABLE UNDERLAY

  • THERMAL INSULATION BETWEEN AND OWER TIMBER RAFTERS

  • WITH PLASTERBOARDS

  • INTERNAL FINISH

  • ROOF WINDOW EDGE PART INSULATION IN MINIMAL THICKNESS OF 80 MM TO PREVENT POTENTIAL CONDESATION.

Structure advantages:

  • VAPOUR OPEN

  • AIRTIGHT

  • SOUND RESISTANCE

  • SPEED OF INSTALLATION
  • TIMBER PARTS INVISIBLE FROM INTERIOR
  • REPLACEMENT OF EXISTING INSULATION WITOUT INTERVENTION TO INTERIOR
THERMAL TRANSMITTANCE VALUE ACCORDING TO B.S.EN
REQUIRED THERMAL TRANSMITTANCE VALUE U [W/m2K]0.18
CALCULATED THERMAL TRANSMITTANCE VALUE U [W/m2K]
ICYNENE H2FOAM LITE (LDC-50)0.19
ICYNENE H2FOAM LITE PLUS (LDC-70) 0.18
ICYNENE H2FOAM FORTE (MDR-210) 0.16
TECHNICAL PARAMETERS OF STRUCTURE
LABELLAYERTHK. [mm]DESCRIPTION
1SLATES/TILES— ROOF COVERING
2BATTEN—SUPPORT STRUCTURE BASED ON ROOF COVERING
3BREATHER MEMBRANE0.2WEATHER RESISTANT BARRIER / VAPOUR OPEN PERMEABLE UNDERLAY
4RAFTER - ICYNENE140RAFTER 120/140, 400-600MM CENTRES / THERMAL INSULATION LAYER
5FURRING CHANNELS - ICYNENE60SUPPORTING STRUCTURE / THERMAL INSULATION LAYER
6PLASTER BOARD12.5INTERNAL FINISH



ROOF WINDOW INSULATION - BOTTOM PART


ROOF WINDOW INSULATION – BOTTOM PART

Structure characteristicts:

  • PITCHED ROOF WITH BREATHABLE UNDERLAY

  • THERMAL INSULATION BETWEEN AND OWER TIMBER RAFTERS

  • WITH PLASTERBOARDS

  • INTERNAL FINISH

  • TIMBER PARTS INVISIBLE FROM INTERIOR
  • RENEWABILITY OF EXISTING INSULATION WITOUT INTERVENTION TO INTERIOR

Structure advantages:

  • VAPOUR OPEN

  • AIRTIGHT

  • SOUND RESISTANCE

  • SPEED OF INSTALLATION

  • TIMBER PARTS INVISIBLE FROM INTERIOR
  • REPLACEMENT OF EXISTING INSULATION WITOUT INTERVENTION TO INTERIOR
THERMAL TRANSMITTANCE VALUE ACCORDING TO CSN 730540
THERMAL TRANSMITTANCE VALUE ACCORDING TO B.S.EN0.18
CALCULATED THERMAL TRANSMITTANCE VALUE U [W/m2K]
ICYNENE H2FOAM LITE (LDC-50)0.19
ICYNENE H2FOAM LITE PLUS (LDC-70) 0.18
ICYNENE H2FOAM FORTE (MDR-210)0.16
TECHNICAL PARAMETERS OF STRUCTURE
LABELLAYERTHK. [mm]DESCRIPTION
1SLATES/TILES— ROOF COVERING
2BATTEN—SUPPORT STRUCTURE BASED ON ROOF COVERING
3BREATRHER MEMBRANE0.2WEATHER RESISTANT BARRIER / VAPOUR OPEN PERMEABLE UNDERLAY
4RAFTER - ICYNENE140RAFTER 120/140, 400-600MM CENTRES / THERMAL INSULATION LAYER
5FURRING CHANNELS -ICYNENE60SUPPORTING STRUCTURE / THERMAL INSULATION LAYER
6PLASTER BOARD12.5INTERNAL FINISH



WALL PLATE INSULATION


WALL PLATE INSULATION

Structure characteristicts:

  • PITCHED ROOF WITH BREATHABLE UNDERLAY

  • THERMAL INSULATION BETWEEN AND OWER TIMBER RAFTERS

  • WITH PLASTERBOARDS

  • INTERNAL FINISH

Structure advantages:

  • VAPOUR OPEN

  • AIRTIGHT

  • SOUND RESISTANCE

  • SPEED OF INSTALLATION

  • TIMBER PARTS INVISIBLE FROM INTERIOR
  • REPLACEMENT OF EXISTING INSULATION WITOUT INTERVENTION TO INTERIOR
THERMAL TRANSMITTANCE VALUE ACCORDING TO B.S.EN
REQUIRED THERMAL TRANSMITTANCE VALUE U [W/m2K]0.24
CALCULATED THERMAL TRANSMITTANCE VALUE U [W/m2K]
ICYNENE H2FOAM LITE (LDC-50)0.19
ICYNENE H2FOAM LITE PLUS (LDC-70) 0.18
ICYNENE H2FOAM FORTE (MDR-210)0.16
TECHNICAL PARAMETERS OF STRUCTURE
LABELLAYERTHK. [mm]DESCRIPTION
1SLATES/TILES— ROOF COVERING
2BATTEN—SUPPORT STRUCTURE BASED ON ROOF COVERING
3BREATHER MEMBRANE0.2WEATHER RESISTANT BARRIER / VAPOUR OPEN PERMEABLE UNDERLAY
4RAFTER - ICYNENE140RAFTER 120/140, 400-600MM CENTRES / THERMAL INSULATION LAYER
5FURRING CHANNELS - ICYNENE60SUPPORTING STRUCTURE / THERMAL INSULATION LAYER
6PLASTER BOARD12.5INTERNAL FINISH



VENTILATION THROUGH RIDGE CAP


VENTILATION THROUGH RIDGE CAP

Structure characteristicts:

  • PITCHED ROOF WITH BREATHABLE UNDERLAY

  • THERMAL INSULATION BETWEEN AND OWER TIMBER RAFTERS

  • WITH PLASTERBOARDS

  • INTERNAL FINISH

Structure advantages:

  • VAPOUR OPEN

  • AIRTIGHT

  • SOUND RESISTANCE

  • SPEED OF INSTALLATION

  • TIMBER PARTS INVISIBLE FROM INTERIOR

  • REPLACEMENT OF EXISTING INSULATION WITOUT INTERVENTION TO INTERIOR
THERMAL TRANSMITTANCE VALUE ACCORDING TO B.S.EN
REQUIRED THERMAL TRANSMITTANCE VALUE U [W/m2K]0.18
CALCULATED THERMAL TRANSMITTANCE VALUE U [W/m2K] FOR:
ICYNENE H2FOAM LITE (LDC-50)0.19
ICYNENE H2FOAM LITE PLUS (LDC-70) 0.18
ICYNENE H2FOAM FORTE (MDR-210) 0.16
TECHNICAL PARAMETERS OF STRUCTURE
LABELLAYERTHK. [mm]DESCRIPTION
1SLATES/TILES— ROOF COVERING
2BATTEN—SUPPORT STRUCTURE BASED ON ROOF COVERING
3WURTH THERMO ND / DORKEN DELTA-MAXX / TYVEK SUPRO0.2WEATHER RESISTANT BARRIER / VAPOUR OPEN PERMEABLE UNDERLAY
4RAFTER - ICYNENE SPRAY FOAM140RAFTER 120/140, 400-600MM CENTRES / THERMAL INSULATION LAYER
5FURRING CHANNELS - ICYNENE SPRAY FOAM60SUPPORTING STRUCTURE / THERMAL INSULATION LAYER
6PLASTER BOARD12.5INTERNAL FINISH