Extruded profile that finishes and protects the edges of tiled coverings, as well as other surfacing materials. For transitions between different surface coverings (e.g. tile to carpet); dado coverings; edge protection at expansion joints; decorative edging for stairs, etc.
Edging profile for the exposed edges of surface coverings on balconies and terraces. The profile pro- vides a neat edge appearance while protecting the exposed edges of the screed bed against weathering and corrosion.
Edge profile with drain holes, colored aluminum for the edges of balconies and terraces. It is specially adapted for the finishing of pavements of balconies and terraces.
Structure expansion joints up to 50 mm wide. Its design facilitates the absorption of movements derived from thermal variations, allowing movement in three axes. With a non-slip grooved face and very heavy load support, it is excellent for high traffic areas.
DELIVERY TIME 7-10 DAYS APPROXIMATELY
Drainage profile with lacquered aluminum drain openings. It is suitable for laying large raised or gravel / gravel tiles. It has a slot for fixing the Schlüter®-BARIN gutter system.
External angle 90 ° for gutter profile to be placed on existing balconies and terraces, and serves as a support for the Schlüter®-BARIN drainage gutters.
Designed to provide decorative lines within tile coverings and edge protection at transitions from tile coverings to other same-height surface coverings such as wood or carpet.
Cover profile made of colour coated aluminium. Together with the profile Schlüter BARA-RW, it covers the exposed edges of balconies and terraces. Schlüter BARA-RAP is clipped onto this carrier profile and provides a neat finishing edge while protecting the exposed screed edges from deterioration and the weather.
Solid non-perforated angular aluminum profile for different fields of application. It can be used as corners or corners for tiles that receive frequent blows or impacts. As a decorative finish or as a transition profile between orthogonal walls of different materials.