PowerGel® Pro Technical Specifications High-strength, permanently elastic, crack-resistant epoxy gel (2nd Gen) based on Fluidotixo® - C5 technology, designed to securely bond tiles, porcelain stoneware, extralarge slabs, marble and natural stone – including unstable varieties – of any size to any substrate. Product description High-strength, permanently elastic, crack-resistant epoxy gel (2a generation) that prevents the formation of cracks when laying tiles, porcelain stoneware, large-format slabs and even unstable natural stone. Designed for the monolithic bonding of any material to any substrate, ensuring the highest level of application safety. Thanks to state-of-the-art features, the mixture is extremely creamy, freeflowing and thixotropic, retaining its shape and thickness on both floors and walls. PowerGel® Pro is engineered for the installation of large-format tiles and slabs of any type and size in high-traffic areas, even on cracked substrates (up to 2 mm) and those that are not perfectly dry (residual moisture <5%). The epoxy gel helps to dissipate and neutralise substrate movements and expansion of the cladding, and distributes heavy loads evenly without causing stress. The innovative gelation-based bonding technology ensures stable and secure installation directly onto single- or two-component polymer and polymer-cement membranes without triggering corrosive chemical reactions that could compromise the integrity of the adhesive/waterproofing system. It ensures a monolithic structural bond even for applications subject to high stresses, such as balconies, terraces, swimming pools and façades, allowing direct installation on difficult substrates such as timber, metal, PVC and fibreglass, where the use of cementitious adhesives is not suitable. Classified as R2T – EN 12004 Technical Specif

, . Blend of epoxy resins of varying molecular weights under our own licence T°rmu|a a blend of micro-granules of pure white Carrara marble and quartz sand Fine particle size - range 60-250 pm A blend of innovative polymeric thinners with a low elastic modulus Rheological stabilisers and smart flow enhancers Latest-generation non-corrosive polymeric linker PowerGel® Pro embodies Litokol's ongoing scientific progress. It is designed using innovative raw materials to improve the installation experience, enhance safety and reduce environmental impact. Engineered with Superior Tension Absorption...

to 5% or which are not fully cured. Smart gelation for a new-generation ITZ interface The gelation process of Powergel® Pro represents a decisive technological advancement over traditional systems. During curing, the gel develops a three-dimensionally reactive micro-network that allows for nanometric adaptation to micro-irregularities in the substrate, optimising the interface-adhesive transition zone (ITZ). This intelligent behaviour enables cohesive and widespread adhesion, improving mechanical strength at critical points and reducing the risk of delamination even under dynamic stresses or...

Screeds Self-levelling compounds Levelling compounds Plaster Plasterboard Plaster and anhydrite Existing tiles Concrete Radiant heating systems Waterproofing products of any kind Decoupling membranes Aerated concrete Fibre-cement sheets Concrete Wood Metal PVC Fibreglass Adhesive Floors – walls Interior – exterior Overlay Radiant heating systems Indoor wet areas – bathrooms and showers Ponds, swimming pools and fountains Terraces and balconies SPA and Hammam Facades Industrial flooring Residential, public, commercial and street furniture Areas subject to heavy footfall and high stress Approved...

Responsible Packaging Storage Customs heading Part A: White gel Part B: Polymeric liquid Speckled white Second-life recycled plastic buckets (Monopack A + B) - 10 kg 36 months in original packaging in a dry place. Do not expose to frost 35069190 TechnicalSpecifications Compliance Initial shear adhesion Shear adhesion after immersion in water Shear adhesion after thermal shocks Open time Deformability Moisture resistance Alkali resistance Solvent resistance Acid resistance Highly deformable ApplicationSpecifications Mixing ratio Mixing ratio Consistency of the mix Specific gravity of the mixture...

In accordance with standard UNI 11493-1, substrates must be mechanically sound and free from crumbly parts, grease, oil, paint, wax and rising damp. Cement-based plasters must be allowed to cure for at least one week per centimetre of thickness. Cement-based screeds must have a total curing time of at least 28 days or be laid using the innovative X-Floor and X-Floor Pro crack-resistant screeds. Create gradients on balconies or pavements using the new-generation crackresistant levelling compound HydroLevel® 1-30. Dusty, porous and absorbent substrates must be treated with X-Prime®, an innovative...

To ensure the gel adheres perfectly to the substrate, apply a thin, even coat of the mixture using the smooth side of the trowel and, immediately afterwards, apply the desired thickness using the notched side. The notching of the trowel must be chosen according to the size of the material to be laid and the substrate. In accordance with the UNI 11493-1 standard, use the double-coating technique, applying the Gel to the back of the tiles as well to ensure complete wetting, for outdoor installations, swimming pools, façades or areas subject to particularly high stress. To ensure complete transfer...

chemical stresses: continuous contact with chemically treated water (even during the winter season) and frequent sanitisation procedures. In concrete structures, the correct composition must be ensured (UNI 11104 – EN 206) and the correct curing time observed (minimum 6 months, UNI 11493 - 7.3.1). It is essential to waterproof the external part of the structure, taking preventive measures to avoid any infiltration that could cause the waterproofing membrane applied inside the tank to detach, such as drainage along the sides of excavations or waterproofing using osmotic mortars. Grind and level...