Technology And Design With Profiles

Schlüter profiles offer an ideal combination of functionality and design. Our product portfolio includes profiles for finishing wall and floor coverings, stair nosings, and profiles for expansion, perimeter, edge, and transition joints.

Edge Profiles For Floor Coverings

Schüter®-SCHIENE, the original finishing threshold strip or diminishing profile, finishes tiled surfaces and protects the outer edges of ceramic and natural stone floor coverings from mechanical impact. The threshold strips or diminishing profiles as they are also known of the Schlüter®-RENO series create a smooth transition between adjoining floor coverings of different heights, protecting the exposed tile edge.
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Wall Corners And Finishing Profiles

The tile trim profiles of the series Schlüter®-JOLLY, Schlüter®-RONDEC, and Schlüter®-QUADEC create a highly durable and decorative finishing for wall coverings and skirtings made of tile and natural stone. Thanks to the numerous material and colour options in the range, there are no limits to creativity with these tile trim profiles. Using the range of tile trim profiles in conjunction with the decorative Schlüter®-DESIGNLINE and Schlüter®-QUADEC-FS border profiles, Schlüter-Systems offers the option of creating designer accents within tiled installations.
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Stair Nosing Profiles

The edges of stairs are exposed to heavy mechanical stresses and represent a high risk for injuries. Because of their slip-resistant design and excellent visibility, Schlüter®-TREP profiles improve safety and protection. Schlüter®-TREP profiles are ideally suited for combination with the Schlüter®-LIPROTEC illuminated profile technology.
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Movement And Control Joint Profiles

The movement joints, expansion joints and control joint profiles of our Schlüter®-DILEX series offer maintenance free and functional solutions for all relevant movement joints in tile coverings. The range includes profile types for movement joints, expansion joints and control joints, as well as edge and transition movement and expansion joints.
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