Monarperm 700 30/6/06 2:25 pm Page 3 Monarperm Systems …/media/IcopalUK/Download/Brochures/... · 2012. 9. 7. · Water vapour resistance to BS 3177 0.17MNs/g-1 Water vapour transmission

CI/SfB

(47) Ln

July 2006

ASSESSMENT OF PRODUCTS FOR CONSTRUCTION

��

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BUILDING PRODUCT CERTIFICATION

Certificate No. 03/0194

WORLD LEADER IN BUILDING MEMBRANES

High performancefor pitched roofs

Monarperm Systems

Energy efficiency right under your roof

Monarperm 700 30/6/06 2:25 pm Page 3

energy efficient

Icopal is the world's leading producer of

membranes for roofing. We have 29

manufacturing plants in Europe and America

and distribute our products through 79

subsidiaries in Europe, America, the Middle

East and Asia.

From our UK head office in Manchester, and

through a national network of 2,200

distributors, we offer the UK construction

industry the most complete range of

construction membranes backed by support

services and insurance-backed guarantees.

We combine the resources of an international

company with intimate knowledge of the

requirements of local markets. We work with

construction industry professionals to identify

problems and develop solutions for better

buildings - solutions which are innovative,

sometimes unique.

Icopal has pioneered the use of membrane

technology to improve building performance

by controlling the movement of water, air and

heat. Designers can rely on Icopal membrane

systems to produce energy efficient,

sustainable buildings.

Vapour open membranes

Icopal has produced vapour open membranes

since the 1970s, when we pioneered the

concept of membranes which are vapour

open, watertight and airtight. Monarperm 700

is the latest addition to the Icopal family of

membranes.

Monarperm pitched roof systems

The construction of efficient pitched roofs

requires consideration of the performance of

all the materials involved and their interaction;

it is not sufficient to rely solely upon any one

component. In order to assist designers in the

creation of high performance pitched roofs,

Icopal offers several pitched roof systems.

Each system comprises membrane and

accessories which give the best performance

for any given roof type. The following pages

provide details of those materials and

accessories and describe the key design

considerations for each type of roof.

2

Monarperm Pitched Roof SystemsAbout Icopal

About Icopal

Products

Design

Warm roofs

Cold sealed roofs

Cold vented roofs

Installation

Technical support

References

2

3

6

8

10

12

14

15

15

Benefits of Monarperm roof systems

fully integrated solutions

approved by local authorities

easy to use

fully compatible materials

full independent third party approval


Monarperm 700 has been designed

specifically to meet the performance

requirements for a pitched roof underlay:

it consists of a highly vapour-open film bonded

between two layers of nonwoven

polypropylene which give the membrane its

strength and water resistance.

3

Monarperm Pitched Roof SystemsMonarperm 700 vapour-open underlay

Benefits:

� UV stable - can be exposed on site for up to two months

� BBA and IAB certified for use in warm and cold roof applications, both sealed and vented

� Waterproof to 7m head of water

� Stable across a wide temperature range

� Strong and tear resistant

� Non-tenting - can be laid directly on insulation boards

� Unaffected by rot or fungal attack

� Lightweight and easy to handle

Specially formulatednon-woven polypropylene

Micro-porous film

Specially formulatednon-woven polypropylene

Construction of Monarperm 700

ASSESSMENT OF PRODUCTS FOR CONSTRUCTION

��

��

BUILDING PRODUCT CERTIFICATION

Certificate No. 03/0194

Airtight: Monarperm 700 helps prevent

the displacement by the wind of roofing

tiles and slates.

Watertight: Any wind-driven rain or snow

which penetrates the tiles or slates is

stopped by the Monarperm 700 underlay and

drains safely down to gutters.

Vapour open: Monarperm 700 allows

water vapour arising from the occupied

space to diffuse safely to atmosphere;

it prevents the build up of high concentrations

of water vapour, so reducing the likelihood

of harmful condensation.

Technical description

Composition A three layer composite structure

manufactured from non woven

micro porous polypropylene with

polypropylene layers on both sides

Colour Blue surface,

Athracite underside

Thickness 0.6mm

Roll dimensions 50m x 1.5m

Roll total area 75m2

Roll weight 10.5kg

Performance

Water vapour resistanceto BS 3177

0.17MNs/g-1

Water vapour transmission 1196g/m2 - 24 hours

Resistance to hydrostaticpressure

7.31m

Tensile strengthMDTD

230N/5cm

160N/5cm

Nail tear strengthMDTD

87N

85N

Coefficient of frictionDryWet

0.85

0.73

Flame retardancy To DIN 4102 Class B2

MD: machine directionTD: transverse direction


The performance of Monarperm pitched

roof systems can be enhanced by the use

of Monarperm air leakage barriers (ALB):

they are:-

Airtight: Monarperm air leakage barriers

reduce air movement through the roof,

cutting convection heat losses resulting

from air infiltration. Such heat losses can

represent as much as half the total heat

loss through the roof.

Vapour tight: Monarperm air leakage

barriers reduce the transmission of water

vapour from the occupied space into the

roof structure.

By preventing the build up of moisture

within the roof Monarperm air leakage

barriers minimise the risk of interstitial

condensation.

Heat reflective: When fixed on one face

of an unvented cavity Monarperm HLB

200 reflects much of the heat radiated

across that cavity. The reduction in

radiation heat transfer can make a 10%

improvement in the thermal performance

of the roof.

4

Monarperm Pitched Roof SystemsMonarperm vapour-tight air leakage barriers

DescriptionMonarperm ALB 200

has been designed to be

used as a vapour-tight

air leakage barrier in

pitched roof

constructions; it consists

of two layers of low

density polyethylene

bonded to a high density

polyethylene grid.

Monarperm HLB 200

has been designed to be

used as a vapour-tight

air leakage barrier which

will limit the transfer of

heat by radiation; it

consists of a layer of

metalised PET and a

layer of low density

polyethylene bonded to

a PET reinforcing grid.

Monarperm ALB 200 Monarperm HLB 200

Composition two layers of LDPEbonded to an HDPEgrid

a layer of metalised PET

film and a layer LDPE

bonded to a PET grid

Thickness 0.2mm 0.175mm

Width 2.0m 2.0m

Roll length 50m 50mm

Roll area 100m2 100m2

Weight 200g/m2 180g/m2

Roll weight 20kg 18kg

Monarperm ALB 200 Monarperm HLB 200

Water vapour resistance 350MNs/g 550MNs/g

Water vapour transmission 0.6g/m2/24 hours 0.11g/m2/24 hours

Tensile strengthMDTD

290 N/5cm240 N/5cm

460 N/5cm400 N/5cm

Elongation at maximum forceMDTD

20%20%

25%15%

Nail tear resistanceMDTD

240N230N

265N250N

Temperature range -40°C - +80°C -40°C - +80°C

Performance

MD: machine direction, TD: transverse direction

Benefits:

� Strong and tear resistant

� Easy to handle and fix

� Stable across wide temperature range

� Compatible with most common

building materials


Composition

Thickness 2mm

Colour

Roll sizes (mm x m)

Blue

15 x 24, 30 x 24, 70 x 15

Application temperature Down to -12ºC

Service temperature -40ºC to +90ºC

Water vapour resistance 900 MNs/g

Tensile adhesion 1.9kg/cm2

Elongation 400% at 100mm/min

Joint movement 20%

UV resistance Very good

Chemical resistance Good to dilute acids and alkalis,

poor to organic solvents

Non hardening, permanently

flexible, high performance

sealant

Monarperm Eaves Guard

Monarperm Eaves Guard is designed to prevent

ponding behind a fascia board (see BRE Defect

Action Sheet 9); and to eliminate the need for a

tilting fillet. It also protects Monarperm 700 from

prolonged exposure to UV light at eaves.

Monarperm Eaves Guard EG300 is suitable for

roof pitches down to 12.5º. Monarperm Eaves

Guard can be installed before or after the gutter.

Monotape

Monotape is a double sided acrylic tape for

joining laps in Monarperm 700 to form a

continuous vapour open underlay.

Monobond

Monobond is a permanently flexible butyl strip

designed to remain flexible at temperatures down

to -40ºC with an application temperature of +5˚C

and above. It is ideal for joining polyethylene

membranes - such as Monarperm 700 and

Monarperm ALB 200. It should be used to seal

laps to form vapour control layers and air leakage

barriers and to seal them to adjoining elements.

Monosleeve

Monosleeve is a flexible sleeve designed to seal

service penetrations through Monarperm ALB

200 and Monarperm HLB 200. The rubber sleeve

fits tightly around the pipe or cable whilst the self-

adhesive base forms an airtight seal with the

membrane. Monosleeve is available in a wide

range of sizes to accommodate most situations.

Benefits

Pre-formed accessories:

� are fit for purpose

� improve build quality

� save time

5


Monobond

Monotape

Eaves Guard Product data

Monobond Product data

Monotape Product data

Material7 microns polyester film coated on both

sides with a acrylic adhesive both sides

Colour Transparent with white release paper

Length (m) 25m

Width (mm) 75mm

Thickness (mm) 0.11mm

Monosleeve

Eaves Guard EG300

Material High density polyethylene

Length (mm) 1300mm

Width (mm) 300mm

Thickness (mm) 1.50mm

Weight (kg) 0.46kg

Monarperm Pitched Roof SystemsMonarperm accessories


Back to basics

A fundamental requirement of any building

is that it should provide a suitable internal

climate for the occupants and their

activities: that will usually involve keeping

the weather out, keeping heat in, avoiding

a build-up of moisture and providing

sufficient fresh air. Building Regulations

stipulate the following requirements:

� Part L in England and Wales

(Section 6 of the Technical

Handbooks in Scotland, Technical

Booklet C in Northern Ireland)

- designers must limit carbon dioxide

emissions by conserving energy. In

addition to addressing heat losses by

conduction through the building

elements, designers must consider

thermal bridging at junctions and the

effects of air infiltration upon overall

building performance.

� Part C in England and Wales

(Sections 3.10 and 3.15 in Scotland,

Technical Booklet C in Northern

Ireland)

- buildings must be designed to resist

water penetration and avoid damaging

condensation.

� Part F in England and Wales

(Section 3.14 in Scotland, Technical

Booklet K in Northern Ireland)

- there must be sufficient ventilation for

the building occupants.

Conventional methods

The conventional approach has been to tackle

those requirements separately, and accept the

resultant inefficiencies. For example, the

conventional solution to harmful condensation

in pitched roofs has been to vent the airspace

beneath the impermeable underlay. Whilst that

does prevent condensation it also increases

the rate of heat loss through the roof and

encourages air infiltration into the occupied

space.

As the requirements of the regulations are

tightened such a piecemeal approach will not

suffice: specifiers must adopt a holistic approach

to the management of heat, air and moisture.

6

Monarperm Pitched Roof SystemsDesign considerations


Holistic design

The key to achieving holistic solutions for

pitched roofs is to identify the external and

internal control planes for each building

element and use materials with the right

combination of properties to form those

planes.

The external control plane on a pitched roof

should:

� Protect against water ingress - a

waterproof membrane is required

behind discontinuous roofing units

such as slates and tiles.

� Reduce unnecessary air movement

from outside to inside, so improving

the thermal performance of the

roof.

� Allow any moisture which does

diffuse from the occupied space

into the roof to pass safely into

atmosphere.

Those requirements can best be met by

using Monarperm 700 watertight / airtight /

vapour-open membrane.

The internal control plane should prevent air

filtration through the construction in order

to:

� Reduce convection heat loss

� Prevent vapour transfer by diffusion

Those requirements can best be met by

using Monarperm ALB200 vapour-tight

airtight membrane.

The use of Monarperm HLB 200 to form

the internal control plane will also:

� limit radiation heat loss

The figure below shows the balance of properties required in a roof construction.

Adopting membranes to form control planes, and correctly detailing their

junctions, enables designers to create weatherproof, draught-free buildings

which will be energy efficient and free from condensation.

Once air infiltration has been addressed, designers can set about providing

correct levels of ventilation.

Heat/air/moisture movement

7

Monarperm Pitched Roof SystemsDesign considerations

Warm roof Cold sealed roof Vented cold roof

Avoids condensation ✓ ✓ ✓

'fail-safe' condensationcontrol

✓ ✓

reduces convection heatlosses

✓ ✓

easier to make airtight ✓ ✓

no unnecessary voids inconstruction

✓

maximises useful space ✓

Benefits of Monarperm pitched roof systems

external control plane: • watertight• airtight• vapour-open

water vapour dispersesto atmosphere

water vapour retainedfor extraction

no air infiltration

windpressure

internal control plane • airtight• vapour-tight • reflective

radiation heatlosses reducedInternal

External


8

Monarperm warm roof system

Eaves

Insulation

Monarperm 700

MonarflexEaves Guard

CounterbattenThe Monarperm warm

pitched roof system

In warm pitched roofs

insulation is installed in

the plane of the rafters:

over and between the

rafters, wholly between

the rafters, or between

and beneath the

rafters. Warm pitched

roofs may be used to

provide an additional

storey, to form a

cathedral roof or to give

a conditioned roof void.

The Monarperm warm

roof system uses

Monarperm 700 to form

the external control

plane and Monarperm

ALB 200 or Monarperm

HLB 200 as the internal

control plane.

In the Monarperm warm roof system

Monarperm 700 prevents water

penetration, reduces air infiltration and

allows any water vapour within the

structure to escape. To obtain maximum

benefit from the system all laps in

Monarperm 700 should be sealed with

Monotape; junctions between the

membrane and adjoining elements should

be sealed with Monotape or Monobond.

Monarperm 700 is fixed by

counterbattens: they allow water to drain

from the roof and form a deeper air space

to aid the dispersal of water vapour. The

gaps between tiles and natural slates

provide sufficient air paths for water vapour

to disperse to atmosphere: for tighter

coverings it may be necessary to vent the

batten space at the top and bottom of

each slope (see BS 5250 section 8.4.2.1.2

for guidance).

Monarperm ALB 200, or Monarperm HLB

200, reduces air infiltration and prevents

water vapour generated within the

occupied space entering the roof. Icopal

recommends the membrane be fixed to

the underside of the rafters with battens.

The voids formed by the battens enable

services to be installed without penetration

of the membrane and, if used in

conjunction with Monarperm HLB 200,

reduce radiation heat loss.

All laps in Monarperm ALB 200 or

Monarperm HLB 200, and junctions

with other elements should be

sealed with Monobond. Service

penetrations should be formed

with Monosleeve.

InsulationMonarperm 700


Counterbatten

Monarperm ALB 200 / HLB 200



9

Monarperm warm roof system

Benefits of the Monarperm warm roof system:

� Better use of space within the building envelope

� Protects the building structure from extremes of temperature

� All services within the heated environment

� Eliminates large voids in the construction - cutting air

infiltration

� Monarperm HLB 200 reduces radiation heat loss.

Abutment & Ridge

Monarperm 700

Insulation

Counterbatten

Verge

Insulation

Counterbatten

Monarperm 700

Monarperm 700

Insulation



Monarperm 700


Monarperm 700




In the Monarperm sealed cold roof system

Monarperm 700 prevents water

penetration, reduces air infiltration and

allows any water vapour within the

structure to escape. To obtain maximum

benefit from the system the membrane

should be laid taut and all laps in

Monarperm 700 should be sealed with

Monotape; junctions between the

membrane and adjoining elements should

be sealed with Monobond.

Monarperm 700 is fixed by

counterbattens; they allow water to drain

from the roof and form a deeper air space

to aid the dispersal of water vapour. The

gaps between tiles and natural slates

provide sufficient air paths for water vapour

to disperse to atmosphere: for tighter

coverings it may be necessary to vent the

batten space at the top and bottom of

each slope (see BS 5250 section 8.4.2.1.2

for guidance). There is no need to maintain

ventilation paths at eaves; they may be

packed with insulation to reduce thermal

bridging.

Whilst the system will work satisfactorily

with a well sealed ceiling (see page 12), its

performance may be enhanced by forming

an internal control plane with

Monarperm ALB 200, which will

reduce air infiltration and prevent

the transfer of water vapour to

the loft by diffusion.

10

Monarperm Sealed Cold Roof System

The Monarperm sealedcold roof system

In cold roofs insulation is

laid at ceiling line, between

and above the joists, with

the loft and roof structure

outside the insulated

envelope giving rise to a

risk of harmful condensation.

The Monarperm sealed

cold roof system eliminates

that risk by using

Monarperm 700 as a

vapour open external

control plane and

Monarperm ALB 200 as a

vapour-tight internal control

plane. There is no need to

vent the loft to atmosphere.

With no ventilation, the air

in the loft forms a buffer

which reduces air infiltration

to the loft both from outside

and from the occupied

space; that, in turn,

reduces moisture transfer

into the loft and cuts

convection heat loss.

The Monarperm sealed

cold roof system is suitable

for use with board sarking

with at least 5mm gaps

between boards (for sheet

sarking see page 12).

Eaves

Insulation

Monarperm 700


Counterbatten

Counterbatten

Monarperm 700


Monosleeve

Monarperm ALB 200

Monarperm Seal Plus

Monarperm ALB 200

Note:If counterbattens cannot be used thenin this situation, Monarperm 700 mustbe draped between the rafters.


11

Monarperm Sealed Cold Roof System

Abutment & Ridge

Monarperm 700

Counterbatten

VergeMonarperm 700

Benefits of the Monarperm sealed cold roofsystem:

� Reduces convection heat losses

� Cuts air infiltration

� Avoids interstitial condensation without ventilation

� Minimises thermal bridging at eaves

� No need for costly ventilation products

Monarperm 700

Counterbatten

Monarperm 700

Monarperm 700


12

Monarperm Vented Cold Roof System

The Monarpermvented cold roofsystem

The Monarperm vented

cold roof system offers a

conventional solution to the

control of condensation in

the roof.

Whilst ventilation of the loft

will generally prevent the

occurrence of harmful

condensation it also results

in unnecessary heat loss

through air infiltration and a

reduction in the

effectiveness of fibrous

thermal insulation in the loft.

Monarperm 700 may be

used in exactly the same

way as 1F felt, but is easier

to install as it is lighter and

handles better on the roof.

Eaves

Insulation

Monarperm 700


Well sealed ceilings

The following measures are essential for

achieving a well sealed ceiling:

� access hatches should be adequatelysealed and not sited in kitchens orbathrooms;

� the heads of wall cavities should besealed;

� the ceiling should be sealed to the externalwalls;

� penetrations for services should bepermanently sealed with Monosleeve;

� recessed light fittings should be airtight or be hooded or boxed.

(see BS 5250 section 8.4.1.2 for furtherguidance)

In the Monarperm vented cold roof system

Monarperm 700 should be draped over

the rafters leaving a minimum 25mm gap

between the membrane the underside of

the tiling/slating battens to allow water to

drain from the roof.

The Monarperm vented cold roof

system is suitable for roofs which

include board or sheet sarking. In

a conventional sarked roof the

slates would be nailed to the sarking,

puncturing the membrane in many

places: that may be avoided by fixing

counterbattens and slating battens to

the sarking and then slating the roof (see

page 13).

Ventilation should be provided in

accordance with BS 5250 section

8.4.2.2.3 (summarised in the figures on

page 13). The depth of insulation required

to meet Part L - approximately 300mm -

can make it difficult to maintain a clear air

path at eaves: designers should consider

alternative locations for vents, such as

gable walls.

A well sealed ceiling is recommended to

minimise the transfer of water vapour into

the loft by air infiltration. The installation of

Monarperm ALB 200 between the ceiling

and the insulation would reduce further the

amount of water vapour reaching the loft.


13

Monarperm Vented Cold Roof System

Conventional sarking

Monarperm 700

Insulation

Protected sarking

Counterbatten

Monarperm 700

Insulation

25mm 25mm

10mm 10mm

5mm

10mm 10mm

5mm

25mm

Pitch <15˚

Pitch 15˚ - 30˚

Pitch >35˚

Mono slope any pitch

25mm Span greater than 6m 25mm

Pitch any

Ventilation requirements

Sarking

Sarking


There are three methods of installing

Monarperm 700: designers should select the

method suitable for the specified roof

system.


� Fit Monarperm Eaves Guard over the

fascia and arrange so water cannot pond.

� Nail Monarperm Eaves Guard to the

rafters.

� Form laps at rafters. Seal the whole width

of the lap with Monobond.

� The eaves batten must be level or higher

than the top of the fascia board.

Monarperm 700 - supported oninsulation or sarking

� Fit Monarperm Eaves Guard.

� Lay the first run of Monarperm 700, blue

side up and parallel to the eaves. Lap

Monarperm 700 at least 100mm over the

Eaves Guard. Seal the lap with Monotape.

� Pull Monarperm 700 taut and fix with

counterbattens.

� Lay the second run of Monarperm, lapped

over the first run. See table for lap size.

Seal the lap with Monotape.

� Continue laying up the slope. Lap the final

run at least 150mm over the ridge.

When laying over boarding take care not to

catch the membrane on splinters.

Monarperm 700 - unsupported -taut

� Fix Monarperm Eaves Guard.


side up and parallel to the eaves. Lap

Monarperm 700 at least 100mm over the

Eaves Guard. Seal the lap with Monotape.

� Tack Monarperm 700 in place with broad

headed clout nails, keeping the

membrane taut.

� Lay the second run of Monarperm 700

lapped over the first run. See table for lap

size. Tack in place. Seal the lap with

Monotape.



� Fix Monarperm 700 permanently with

counterbattens.

Monarperm 700 - unsupported -draped

� Fix Monarperm Eaves Guard.


side up and parallel to the Eaves. Leave a

25mm drape between the rafters.

� Lap Monarperm 700 at least 100mm over

Eaves Guard.

� Secure Monarperm 700 with tiling battens.

� Lay the next run of Monarperm 700

lapped over the first run. See table for lap

size.

� Secure with tiling battens. Fix one batten

within 25mm of the lower edge of the lap

to protect it against wind uplift.



14

Monarperm Pitched Roof SystemsInstallation guidance

Roof Pitch Horizontal Lap Vertical Lap*

12.5º - 14º 225mm 150mm 100mm

15º - 34º 150mm 100mm 100mm

>34º 100mm 75mm 100mm

Partially Supported Fully Supported

Safety

When working on a roof

ensure all necessary

safety precautions are in

place and follow safe

working practices.

Although Monarperm

700 is strong it should

not be walked on nor

used as a working

platform.

Monarperm 700 lap dimensions

* form vertical laps over rafters


Technical Services

Icopal’s technical consultants are

experienced in a wide range of roofing

applications and provide free advice on all

aspects of membrane and insulation

specification and installation. Our specialists

help to ensure optimum solutions at the

design stage and can visit the site

throughout the contract to provide practical

assistance to overcome any technical

problems.

For FREE Technical Advice phone:

0161 865 4444

Research and Development

To maintain our position as world leader in

building membrane technology Icopal has an

on-going programme of product research

and development, pushing forward levels of

performance while helping to control your

costs.

Quality Assured

All Icopal products are manufactured to strict

quality guidelines. As part of our commitment

to the highest standard of quality and

service, Icopal are registered to ISO

9001:2000.

15

Monarperm Pitched Roof SystemsTechnical Support

References

� NHBC Standards,

Chapter 7.2

� Approved Document C

to the Building

Regulations 2004

� Approved Document F

to the Building

Regulations 2006

� Technical Handbooks

to the Building

(Scotland) Regulations

2005

� BS 5250:2002: ‘Code

of practice for control

of condensation in

buildings’

� BS 5534:2003: ‘Code

of practice for slating

and tiling’

� BS 8000 Workmanship

on building sites:

Part 6 ‘Code of

practice for slating

and tiling of roofs and

claddings’

� BRE Report: ‘Thermal

Insulation: avoiding

risks’

� BRE Defect Action

Sheet 9

� BRE Defect Action

Sheet 10

Certificate No. Q05556

ISO 9001:2000

Perimeters and penetrations

At abutments, roof windows and chimneys

turn Monarperm 700 at least 50mm up the

vertical face. Seal the junction with

Monobond and protect with flashing.

At verges extend Monarperm 700 to within

50mm of the external face and seal the

junction with Monobond.

Seal Monarperm 700 to penetrating pipes

and cables with Monotape or Monobond.

Monarperm ALB 200 andHLB 200

Installation at rafter line

� Fix Monarperm ALB 200/HLB 200 in

vertical runs to the underside of the

rafters. Tack in place with broad headed

clout nails or staples.

� Lap adjoining runs by 100mm at rafters.

Seal laps with Monotape.

� Nail battens to the rafters to fix

Monarperm ALB 200/HLB 200

permanently.

� Seal Monarperm ALB 200/HLB 200 at

perimeters and seal penetrations with

Monosleeve.

Installation at ceiling line

� Fix Monarperm ALB 200 to the underside

of the ceiling joists. Run Monarperm

ALB 200 parallel to the joists. Tack in

place with broad headed clout nails or

staples.

� Lap adjoining runs by 100mm at joists.

Seal laps with Monotape.

� Extend Monarperm ALB 200 down the

walls by 100mm and seal to the wall with

Monobond.


CI/SfB

(47) Ln

July 2006

Icopal Ltd

Barton Dock Road

Stretford, Manchester

M32 0YL

Telephone: 0161 865 4444

Fax: 0161 864 1178

Technical Fax: 0161 865 8433

Email: [email protected]

Northern Ireland

Mobile: 07860 771 792

Telephone: 028 9037 0888

Fax: 028 9037 0747

Republic of Ireland

Mobile: 00353 872 583 587

Freephone Facility

Telephone: 1800 409 056

Fax: 1800 409 055

www.icopal.co.uk

Every effort has been taken in the preparation of this brochure to

ensure the accuracy of representations contained herein.

Recommendations as to the use of materials, construction details

and methods of installation are given in good faith and relate to

typical situations. However, every site has different characteristics

and reliance should not be placed upon the foregoing

recommendations. Advice can be given as to specific applications

of the products, upon request.

Certificate No. Q05556

ISO 9001:2000

NBS Support

To simplify specification

and help ensure

compliance, NBS

specification clauses for all

Icopal products are included

in the NBS PLUS section of

NBS Specification Writer/

Specification Manager

software. Copies of the

clauses are also available

from Icopal.

CPD Seminars

Icopal is a member of

the RIBA CPD Providers

Network. We are happy to

provide RIBA approved CPD

presentations to specifiers

and designers. Please call

for more information.

RIBA ProductSelector

Full information on the

Icopal range can be found

in the RIBA PRODUCT

SELECTOR and PRODUCT

SELECTOR-plus© CD.

High performancefor pitched roofs


Documents

Monarperm 700 30/6/06 2:25 pm Page 3 Monarperm Systems …/media/IcopalUK/Download/Brochures/... · 2012. 9. 7. · Water vapour resistance to BS 3177 0.17MNs/g-1 Water vapour transmission