Raso W160

Adhesives and smoothing compounds

Raso W160

Fibre-reinforced skim coat/adhesive for exterior insulation systems.

Download data sheet

Main fields of application

It is particularly suitable to:
Smoothing and bonding EPS, graphite EPS and rock wool panels in exterior insulation systems.

Recommended applications:
Smoothing the most common substrates used in construction. Bonding standard insulating panels.

  • Suitable substrates (indoors or outdoors):
  • Standard panels such as EPS, graphite EPS, rock wool or XPS (only for low plinth strips).
  • Lime/cement-based plasters
  • Clay brick
  • Precast or cast-in-place concrete
  • Autoclaved aerated concrete
  • Old paint and coatings provided they are clean, thick and well anchored to the substrate

Characteristics

Its very high adhesive power allows for the safe and durable bonding of all kinds of panels
Its versatility of application allows it to be used both as a skim coat and as an adhesive
Its high mechanical strength makes it ideal even for semi-structural reinforcementsIts
Its smoothness and consistency allow for easy and comfortable application
Its fibre-reinforced, controlled-shrinkage formulation minimises cracks and fissures
Its balanced grain size results in a compact and uniform fine-textured surface
Compliant with Standard UNI EN 998-1 as a GP mortar

Appearance and color

Grigio - Bianco

Grigio - Bianco

Reference standards

UNI EN 998-1 GP

Applications

Applicazione esterna Applicazione interna Frattazzo colla Frattazzo liscio Frattazzo spugna LicataTherm

Products

Other products in the same line

Raso G

Adhesives and smoothing compounds

Raso G

Discover more
Raso R140

Adhesives and smoothing compounds

Raso R140

Discover more
Raso Top 800

Adhesives and smoothing compounds

Raso Top 800

Discover more
Raso TX 330

Adhesives and smoothing compounds

Raso TX 330

Discover more
Raso Top 1000

Adhesives and smoothing compounds

Raso Top 1000

Discover more
Rete Licata G-Net 145

Adhesives and smoothing compounds

Rete Licata G-Net 145

Discover more