SurfaPore AG (Anti-Graffiti)
SurfaPore AG (Anti-Graffiti)
SurfaPore AG (Anti-Graffiti) creates an invisible and impermeable barrier protecting new or existing surfaces from graffiti staining and permanent marker.
How It Works
SurfaPore AG (Anti-Graffiti) is a water based graffiti and permanent marker protectant. It contains nano-sized particles that fit into the pores of a surface, penetrate, “flood” and seal the pores that can accumulate graffiti. These nanoparticles have the ability to self polymerize and create an impermeable 3D network which binds permanently onto the pores and the surface. Paint simply sits on the top of the 3D network and does not adhere to the surface.
Applications
- Tile
- Marble
- Stone
- Porcelain Tiles
- Plaster Walls
- Cladding
Benefits
- Anti-graffiti properties
- Graffiti is cleaned just by water
- Does not change natural appearance
- Long lasting & UV resistant
- Makes cleaning easier
- Easy to apply
- Cost Effective
- Water based
How to Apply - Surface Application
The application surface should be dry and clean. No dilution is required. 2 applications of SurfaPore AG can be applied with brush, roller or spray gun on the existing vertical surfaces. For non-absorbing surfaces (shiny marbles, granite surfaces), remove any excess by using a damp absorptive towel or paper. Continue polishing the surface, until no apparent wet residue is visible on the surface. Absorbing surfaces (plaster, flamed stone) will absorb most of the applied SurfaPore AG. Ensure that there is no wet residue left after 5 minutes from application, by using a moist cloth. It is recommended to remove graffiti as soon as possible from the damaged surfaces. To achieve that, you have to use a stiff brush and warm water, or alternatively a steam cleaner is ideally recommended. You have to re-apply SurfaPore AG after 5-7 graffiti removals for polished surfaces and 3-4 for other surfaces. Maximum effectiveness is achieved a week after application.
Coverage
Estimated consumption rate 24-30 m²/L for polished surfaces and 8-10 m²/L for other surfaces.