Self-leveling screed

BLANKE FILLOCREED – Self-levelling compound for surface heating systems and floor renovation BLANKE FILLOCREED is a self-levelling compound for selected BLANKE surface heating and cooling systems as well as for floor renovation in combination with BLANKE PERMAT. Its fluid consistency creates a smooth, level surface without the need for sanding or additional finishing. Depending on the system, BLANKE FILLOCREED fulfils different functions, ranging from heat distribution to creating a ready-to-install substrate for non-ceramic floor coverings. Applications Surface heating and cooling systems BLANKE PERMATOP SF / SF 14 – for non-ceramic floor coverings In the BLANKE PERMATOP SF and SF 14 systems, BLANKE FILLOCREED replaces the combination of BLANKE PERMAT and BLANKE FILLOTHERM. It serves as the heat distribution layer, ensures uniform heat distribution and provides the base for the subsequent floor build-up with non-ceramic floor coverings. Dry construction systems – for non-ceramic floor coverings In BLANKE dry construction systems, the integrated BLANKE PERMAT uncoupling mat is filled with BLANKE FILLOCREED. This creates a smooth, level surface that is ready for the installation of non-ceramic floor coverings without sanding or any additional finishing work. BLANKE PERMATOP SF SPA – for ceramic and non-ceramic floor coverings In the BLANKE PERMATOP SF SPA system, BLANKE FILLOCREED serves as the heat distribution layer. BLANKE DISK is then installed as the uncoupling and waterproofing layer. This system build-up is suitable for both ceramic and non-ceramic floor coverings. Floor renovation with BLANKE PERMAT Filling BLANKE PERMAT with BLANKE FILLOCREED creates a stable, uncoupled and level substrate for new non-ceramic floor coverings. Time-consuming finishing work, such as sanding, is eliminated. The system is ideally suited for renovation projects on a wide range of existing substrates, including cracked screeds, existing tiled floors and timber floorboards. Important notes BLANKE FILLOCREED can be applied both manually and by machine. It is ready for floor covering installation after just 12 hours. Tile adhesive must not be applied directly to BLANKE FILLOCREED. The required system build-up depends on the intended application and the selected floor covering. Please refer to the current installation instructions and technical data sheets for the respective BLANKE systems.

UNDERFLOOR HEATING AND COOLING SYSTEM, WATER RUN

The system BLANKE PERMATOP WOOD with an insulation layer consisting of wood fibres is the sustainable version of BLANKE PERMATOP 1000. This solution also facilitates rapid and even heat distribution with the ex-works bonded, aluminium heat-diffusion plate including a pre-fabricated Omega loop to make it easy to install the heating pipes. The sustainable dry screed underfloor heating system has an installation height of 35 mm and is suitable for traffic load up to 2.0 kN/m².

FOR THE MULTILAYER COMPOSITE PIPE, VERSION NIPPLE

BLANKE STRAIGHT ADAPTER is part of the accessories for the surface heating and cooling systems BLANKE PERMATOP 1000 / 3000 / WOOD/ECO/NATURE. It serves as a transition to the multilayer composite pipe and has a nipple design.

FOR THE MULTILAYER COMPOSITE PIPE, VERSION SLEEVE

BLANKE STRAIGHT ADAPTER is part of the accessories for the surface heating and cooling systems BLANKE PERMATOP 1000 / 3000 / WOOD/ECO/NATURE. It serves as a transition to the multilayer composite pipe and has a sleeve design.

FOR THE MULTILAYER COMPOSITE PIPE, VERSION NIPPLE

The BLANKE 90° TRANSITION ANGLE is part of the accessories for the surface heating and cooling systems BLANKE PERMATOP 1000 / 3000 / WOOD / ECO / NATURE. It serves as a transition to the multilayer composite pipe and has a nipple design.

FOR THE MULTILAYER COMPOSITE PIPE, VERSION SLEEVE

The BLANKE 90° TRANSITION ANGLE is part of the accessories for the surface heating and cooling systems BLANKE PERMATOP 1000 / 3000 / WOOD/ECO/NATURE. It serves as a transition to the multilayer composite pipe and has a sleeve design.