Membrane traspiranti

Monarperm TP UltraMembrana traspirante in TPEE poliestere elastomerico per coperture e facciate

Elevata stabilità termica

Resistenza all’invecchiamento termico

Eccellente stabilità all’esposizione UV

Saldabile ad aria calda

Applicazioni in basse pendenze

Compatibile con bitume

Traspirabilità e elevata resistenza meccanica

Impermeabilità all’aria

Resistente a supporti cementizi alcalini

ICOPAL Srl | Via F.lli Gracchi, 27 | 20092 Cinisello Balsamo | Tel 02.66.04.50.29 | Fax 02.66.04.54.90 | contact.it@icopal.com | www.icopal.it

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Il presente documento non costituisce elemento contrattuale, Icopal si riserva in qualsiasi momento e senza preavviso di modificare le caratteristiche dei prodotti.

Monarperm TP Ultra

DescrizioneMonarperm TP Ultra è una membrana traspirante costituita da TPEE Poliestere elastomerico termoplastico, ad elevata durabilità. E’ utilizzata come membrana protettiva impermeabile e traspirante per coperture inclinate con singola ventilazione o doppia ventilazione e per pareti verticali e facciate. Le speciali caratteristiche della sua composizione permettono di ottenere una membrana monolitica con proprietà di elevata resistenza a lungo termine, e possibilità di realizzare saldature tramite aria calda. La membrana è compatibile con bitume e può essere saldata in combinazione con membrane in bitume tipo Paradiene 35 SR4.

La possibilità di saldatura e l’elevata impermeabilità permettono applicazioni per basse pendenze p< 20 % (11,3°), fino a pendenze del 10 % (5,7°).

Composizione e dimensioni Strato superiore: TPEE Poliestere elastomerico termo-plastico stabilizzato UV. Strato intermedio: PES poliestere TNT stabilizzato UV. Strato inferiore: TPEE Poliestere elastomerico termo-plastico stabilizzato UV. Rotoli da 30 m x 1,5 m Peso: 330 g/mq

La composizione del Monarperm TP Ultra assicura la traspirabilità del vapore acqueo permettendo l’evacuazione continua dell’umidità. Il meccanismo di traspirabilità delle membrane traspiranti monolitiche avviene per assorbimento diffusione-asorbimento delle molecole di vapore. Il prodotto ha una tenuta impermeabile pari a 60 kPa (6 mt colonna d’acqua).

Weather tightness is the essential property of roofi ng membranes. This property should be guaranteed not just under laboratory conditions, but particularly under conditions typically found on construction sites where roofi ng membranes need to provide durable protection against intruding dampness. Micro-porous roofi ng membranes manufactured using conventional technologies may cause problems when exposed to the real life weather impact on the roof.

Monarperm TP is not a micro porous fi lm, so it is not the result of calcium carbonate addition and fi lm stretching and it is not a perforated fi lm. In fact our Monarperm TP membranes can breathe thanks to absorption, diff usion and desorption model. The water vapour molecules are absorbed by the amorphous, more polar soft-block phase and therefore no physical perforation in the structure is needed. Once the absorption of water vapour molecules is achieved, the diff usion through the fi lm takes place and fi nally desorption from the fi lm surface occurs.

The monolithic layer is used as functional layer, which is laminated on non woven or between non wovens and can add a reinforcement grid between the layers. It can be laminate a monolithic layer on both sides of a fl eece.

The new generation of Monarfl ex breather membranes

The liquid polymer is poured in-between two layers of nonwoven fabric at a temperature of over 200°C bonding these when cooling down.

MONOLITHIC BREATHER MEMBRANEPRODUCTION

Secondsubstrate

Firstsubstrate

TPEE LAMINATE

THE NEW GENERATION OF MONARFLEX BREATHER MEMBRANES

resistantto aging

rainproof

windproof

BREATHABLE WATERAND WIND TIGHT

FLEXIBLE AT LOWTEMPERATURE

RESISTANCE TO OILAND BITUMEN

STRONGAND DURABLE

UVRESISTANCE

TPEE coating Polypropylene non woven

Polyester fl eece Polyester grid

or

TYPE OF NE MONOLITHIC BREATHERS

1

1

1

1

1

1

2

2

2

2

2

2

2

3

3

4

4

DIF

FUSI

ON

trou

gh

film

• Breathability by diff usion through micro pores

• Micropores are created by adding calcium carbonateto a synthetic material and by stretching the membraneafter manufacturing.

CONVENTIONAL BREATHER MEMBRANE

Diffusion into atmosphere

phy

sica

l tra

nsp

ort

thro

ugh

film

Diffusion to film surface

Watervapor

Breathability by absorption – diff usion – desorption mechanism• Watertight• Wind tight• Good tear strength and elasticity• Temperature resistant up to 110°C• Flexible on low temperature down to - 40°C• Not sensitive to surfactants and oil• Not sensitive to dust and surface pollution

MONOLITHIC BREATHER MEMBRANE

DESORPTION from film surface

ABSORPTION onto film surface

Watervapor

THE FUNCTION OF MONARPERM TP BREATHERS

new_generation_leaflet 5.indd 2 3/21/14 10:32 AM

Composizione Monarperm TP Ultra La membrana è testata e certificata TÜV SÜD

The new generation of Monarfl ex breather membranes

MONARFLEX s.r.o. Tel: +421 36 756 3829Továrenská 1, 934 03 Štúrovo Fax: +421 36 756 3959S L O V A K I A www.monarfl ex.com

Monarfl ex off ers the perfect solutionfor all types of wall and roofi ng systems

The new generation of Monarfl ex breather membranes

MONARFLEX PITCHED ROOF AND WALL MEMBRANES

APPLICATION

The new generation of Monarfl ex membranes is a breathable underlay for discontinuous for used in application on pinched roofs over rafters, boards in ventilated and not ventilated roof construction or as underlay for walls.

Monarfl ex has for many years been one of the worlds leading manufacturers of polyethylene reinforced and non-reinforced sheeting and breather membranes used in the building and construction industry. As part of the Icopal Group, Monarfl ex belongs to a professional family with a strong presence throughout Europe. Icopal has 35 production sites using state of the art production technology and 95 offi ces with committed teams holding unique track records in innovation and customer satisfactions. The benefi t for you as a customer is that you can always seek guidance and information in your own language from an Icopal offi ce nearby. We are able to minimize delivery time through local stocking in your area.

MONARFLEX

Monarperm TP 110

Monarperm TP 160

Monarperm TP 100

Monarperm TP 140

Monarperm TP 140R

Monarperm TP 340

Monarperm TP Ultra

LAY ON FULL BOARD FREE HANGING LAY WALL MEMBRANE WELDABLE BY HOT AIR

new_generation_leaflet 5.indd 1 3/21/14 10:32 AM

Per coperture ventilate anche per basse pendenze

ApplicazioneMonarperm TP Ultra è installato direttamente su supporti continui in legno o cemento o su supporti discontinui costituiti da travi e travetti, su isolante termico e fissato sui listelli di contenimento o direttamente su isolante se questo lo permette.

Senso di posa parallelo alla gronda.

Saldatura ad aria calda tramite leister delle sovrapposizioni.

- Ventilazione singola: i listelli di supporto delle tegole devono essere fissati ai contro-listelli in maniera tale da garantire una lama d’aria di almeno 4 cm tra la membrana e le tegole, distanza necessaria per il drenaggio e la ventilazione estradosso.

- Ventilazione doppia: è realizzata installando un tavolato continuo sopra l’isolante con ventilazione di almeno 4 cm sia sotto il tavolato che al di sopra.

Weather tightness is the essential property of roofi ng membranes. This property should be guaranteed not just under laboratory conditions, but particularly under conditions typically found on construction sites where roofi ng membranes need to provide durable protection against intruding dampness. Micro-porous roofi ng membranes manufactured using conventional technologies may cause problems when exposed to the real life weather impact on the roof.

Monarperm TP is not a micro porous fi lm, so it is not the result of calcium carbonate addition and fi lm stretching and it is not a perforated fi lm. In fact our Monarperm TP membranes can breathe thanks to absorption, diff usion and desorption model. The water vapour molecules are absorbed by the amorphous, more polar soft-block phase and therefore no physical perforation in the structure is needed. Once the absorption of water vapour molecules is achieved, the diff usion through the fi lm takes place and fi nally desorption from the fi lm surface occurs.

The monolithic layer is used as functional layer, which is laminated on non woven or between non wovens and can add a reinforcement grid between the layers. It can be laminate a monolithic layer on both sides of a fl eece.

The new generation of Monarfl ex breather membranes

The liquid polymer is poured in-between two layers of nonwoven fabric at a temperature of over 200°C bonding these when cooling down.

MONOLITHIC BREATHER MEMBRANEPRODUCTION

Secondsubstrate

Firstsubstrate

TPEE LAMINATE

THE NEW GENERATION OF MONARFLEX BREATHER MEMBRANES

resistantto aging

rainproof

windproof

BREATHABLE WATERAND WIND TIGHT

FLEXIBLE AT LOWTEMPERATURE

RESISTANCE TO OILAND BITUMEN

STRONGAND DURABLE

UVRESISTANCE

TPEE coating Polypropylene non woven

Polyester fl eece Polyester grid

or

TYPE OF NE MONOLITHIC BREATHERS

1

1

1

1

1

1

2

2

2

2

2

2

2

3

3

4

4

DIF

FUSI

ON

trou

gh

film

• Breathability by diff usion through micro pores

• Micropores are created by adding calcium carbonateto a synthetic material and by stretching the membraneafter manufacturing.

CONVENTIONAL BREATHER MEMBRANE

Diffusion into atmosphere

phy

sica

l tra

nsp

ort

thro

ugh

film

Diffusion to film surface

Watervapor

Breathability by absorption – diff usion – desorption mechanism• Watertight• Wind tight• Good tear strength and elasticity• Temperature resistant up to 110°C• Flexible on low temperature down to - 40°C• Not sensitive to surfactants and oil• Not sensitive to dust and surface pollution

MONOLITHIC BREATHER MEMBRANE

DESORPTION from film surface

ABSORPTION onto film surface

Watervapor

THE FUNCTION OF MONARPERM TP BREATHERS

new_generation_leaflet 5.indd 2 3/21/14 10:32 AM