Protection liquid waterproofing HYDROPAD®

bathroomfor showerfor wall

Product description
HydroPad® Indoor is a water-based, cement-free waterproofing gel with enhanced 4-Way Flex® flexibility. Designed for bathrooms, showers, utility rooms and other damp indoor areas prior to the installation of ceramic tiles and natural stone. Applied by roller or brush on horizontal and vertical surfaces; compatible with HydroBand Anti-Fracture accessories to create a continuous waterproof barrier. Suitable for application over absorbent and many non-absorbent substrates, including existing tiles. Classified DM 01 P – EN 14891.

Key features / Advantages

• 4-Way Flex® flexibility: deforms in longitudinal, transverse, vertical and torsional directions to limit micro-cracking and delamination on unstable substrates.
• Water-based, cement-free formulation: no cement or solvents in the membrane; reduced environmental and operator impact.
• Fast application: applied easily with roller or brush on large horizontal and vertical areas.
• Short waiting times: 1 hour before the second coat and 1 hour before laying the covering for HydroPad® Indoor.
• Application over non-absorbent substrates: can be applied onto existing tiles and other non-absorbent surfaces.
• Compatible with HydroBand Anti-Fracture accessories to form a continuous waterproof system.

Application & substrates
Intended for waterproofing bathrooms, showers, utility rooms and other damp indoor areas prior to tiling with ceramic or natural stone. Applicable to sand/cement screeds, cementitious and gypsum plasters, plasterboard, dry-construction systems and existing non-absorbent tiles. Apply with roller or brush in two coats.

Characteristics / Technical specifications

• Formulation: water-based, cement-free membrane
• Technology: enhanced 4-Way Flex®
• Coverage: 0.8 kg/m² in two coats
• Waiting time: 1 hour before second coat; 1 hour before laying the covering
• Application tools: roller or brush
• Classification: DM 01 P – EN 14891
• Suitable substrates: screeds, plaster, plasterboard, dry-construction systems, existing non-absorbent tiles