Sika Fine Surface Filler Filler-101 Interior Grade 0-3mm 5L

SIKA? FILLER-101 | FINE SURFACE FILLER Premium, fine surface filler Very fine consistency for fine surface filling Application thickness up to 3mm per layer Fast drying and easy to sand USE Suitable for indoor filling work on plaster boards, fabrics, old wallpapers, etc. Smooth finish CHARACTERISTICS AND ADVANTAGES Ready to use, no mixing required Easy application High initial tack or grab on plaster and concrete Quick drying COLOUR:?White Appearance / Colour White paste Packaging 500 ml plastic tube Storage Storage Conditions / Shelf-Life 12 months from date of production if stored properly in undamaged and unopened original sealed packaging, in cool and dry conditions. Protect from frost. Technical Data Chemical Base Filled styrene-acrylate dispersion. Density ~ 1.100 kg/l Solid Content ~ 55% Grading Dmax : 0.12 mm Layer Thickness 3 mm max.? Application Details Consumption This depends on the substrate roughness and thickness of the layer applied. As a guide, ~ 1 l of Sika? ?Filler-101 can fill ~ 1 m2??per mm thick. Substrate Quality Clean, free from dust, dry and oil. Application Conditions / Limitations Substrate Temperature +5°C min. / +35°C max. Ambient Temperature +5°C min. / +35°C max. Application Instructions Mixing Sika???Filler-101 is supplied ready to use – no mixing is required. Application Method / Tools Sika???Filler-101 can be applied with spatula in layer thicknesses from 0 – 3 mm. When filling deeper holes or cracks the filler must be applied in several layers and must be allowed to almost dry. Holes and cracks from 4 – 15 mm can more easily be filled with Sika???Filler-105. When dried finish the surface with Sika???Filler-101. Cleaning of Tools Clean all tools and application equipment with water immediately after use. Hardened / cured material can only be mechanically removed. Waiting Time / Overcoating Drying Time: ~ 2 hours Paintability: ~ 4 hours Value Base All technical data stated in this Product Data Sheet are based on laboratory tests. Actual measured data may vary due to circumstances beyond our control.?