Schiuma Poliuretanica Soudal Montaggio & Isolamento Genius

Soudal Mounting Foam Roofs & Tiles

Polyurethane foam Roofing & Roof Mount Soudal-750 ml

 

  • Replaces the traditional mortar in the fixing of tiles

  • Resistance to wind pressure

  • Rapid curing even in presence of moisture

 

More details

125640

New

5,50 €

More info

Polyurethane foam Roofing & Roof Mount Soudal-750 ml

 

The mounting foam tiles and roofing Handbook is a one-component polyurethane foam, ready to use CFC-free, suitable for fixing tiles.


Colour: Grey

Features

-Ultra-fast tile Fixing
-Replaces the mortar. Reduces costs compared to the traditional system.
-Tile adhesion to all surfaces such as brick, concrete
wood, PVC, insulation plates(except for PE and PP)
-Good resistance to ageing
-Light weight
-Excellent resistance to wind actions good resistance to frost and heat.
-Fast curing even in presence of moisture
-It extrudes with great precision.

Applications

-installation and repair of tiled chimneys
-installation and adjustment of the side wall brick
-sealing corrugated roofs

How to use

Ways of use: shake well before using cylinders, apply on the gun application Temperature: from +5° C +30° C
Clean with: foam cleaner before vulcanization
Repair: with foam tiles Soudal

Applies on all surfaces except for PE and PP.
The surfaces must be clean, free from grease and dust.
Before using wet well to improve the adhesion, accelerate the polymerization and improve the cellular structure
Applies on all surfaces except for PE and PP.
The surfaces must be clean, free from grease and dust.
Before using wet well to improve the adhesion, accelerate the polymerization and improve the cellular structure

Note

Moisten the surface into surface optimizes traction.

Compliant standards:

-Resistance to traction, Norma UNE 83.822.95
Resistance to freeze-thaw cycle Norm UNE 83.822.95
-Resistance to heat, Norma UNE 83.822.95
-Resistance to wind force – Treviso technologies – tensile strength of foam equal to 120kN/m2 for a head wind strength equals to 2.0 kN/m2

 

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