Produkty dla do silników (265)

Claygrain Claygrain is a dissolved, anhydrous sodium bentonite powder, characterised by a montmorillonite content in excess of 95%, with low yield-point (proof). The product should be used as it is, to increase the amount of bentonite in punctual areas, or mixed with cement and water or just water to obtain a slightly expansive waterproofing mortar, suitable for smoothing any crawl spaces in the concrete prior to laying and refilling the Claytex bentonite sheet. Reinforcing and/or filling injections. Plastic diaphragms. Punctual protective sealing of critical areas in waterproofing underground areas with bentonite systems. The standard dosage is 60 l/m³ of water (standard minimum quantity). The indicated concentration can be adjusted, depending on the characteristics of the soil and the required viscosity. It is necessary to mix the product adequately during the preparation of the slurry to allow sufficient hydration. Product to buy as needed. Packaging: 25 kg bag UM: €/kg

Floor Vulkan A premixed hardening mineral blend with a base of basalt, corundum, high-purity quartz, super-pozzolanic reactives (thickened microsilicates) and hydraulic binders for surface armour dust or paste, for industrial concrete flooring. In concrete floors, even if covered with traditional hardening powders, "dust" is caused the abrasion and consequent wear of the friable components of the hardened cement paste: especially calcium hydroxide, also called free lime Ca (OH)₂, notoriously unstable from the chemical point of view, relatively soluble and intrinsically "friable". Floor Vulkan is made up of "hard" mineral aggregates (basalts, quartz and corundum) bound together by cement modified with micro-silicates (MICROSIL 90), which, by means of super-pozzolanic reaction (transformation of the lime released by hydrolysis during hydration, in new calcium silicate compounds that are stable, insoluble and resistant), and give the surface of the floor reinforced with Floor Vulkan very high mechanical performance and overall durability. Floor Vulkan exploits the mineralogical characteristics of the hardest materials present in the Mohs scale. It is made up of selected pure quartz (harder than quartz normally used in construction, Mohs scale = 7), Corundum (Mohs hardness = 9) and high hardness Basalt (very hard, tough and very wear-resistant effusive rock, Mohs scale = 7-8 ), which make up most of the aggregates contained in the mixture. • Slip resistance, UNI EN 13036-4 (PTV): dry <75, wet <40 • Wear resistance, BCA UNI EN 13892-4: <=90 μ (class AR1) • Drop test of a mass with spherical head diameter 20 mm and total mass 1000 grams, UNI EN ISO 6272: fall height 1600 mm INTEGRO-PASS, fall height 1700 mm INTEGRO-PASS. The technical parameters set out above allow to fulfil standard 13813 (Materials for Screeds _ Properties and Requirements) and, above all, the strict standard 1504/3 (Products and systems for the protection and repair of concrete structures - Part 3: Structural repairs). Please note that the category of Floor Vulkan with regards to regulation 1504/3 is that of structural mortar R4, with the relative criteria of resistance to carbonation and adherence bonding after thermal cycles. The fulfilment of the structural parameters of regulation 1504/3 is of fundamental importance when dusting is carried out in severely exposed environments from the chemical point of view (carbonation, chemical attacks), from the mechanical point of view (flooring subjected to static loads and dynamic stress) or when dusting is carried out on fibre-reinforced concrete floors (especially in the presence of metallic fibre reinforcement). Produced in accordance with ACI 201 - 2R 77 - Guide to Durable Concrete: Section 3,4,6 "Recommendations for obtaining abrasion resistant surfaces". Anti-wear and anti-dust coatings of concrete surfaces subjected to high abrasion stresses: industrial flooring, road surfaces, airport flooring, ducts, overflows, such as: • floors in industrial environments (metal and steel industries); • flooring in areas for storage and handling of goods (logistics warehouses, depots, freight forwarders); • paving of interports and airport hangars; • flooring in commercial environments (shopping malls, supermarkets, shops, showrooms); • loading/unloading platforms • access slides to parking lots and garages in indoor and outdoor areas. Floor Vulkan is a premixed product in 25 kg bags, ready to use, for application according to traditional methods (dusting or "pasting"). Surface dusting must always be carried out on fresh concrete, before setting has commenced, and can be carried out either manually or mechanically. Typical usages are: - dusting of the dry mixture on fresh concrete surfaces: 1,2 - 1,5 kg/m² - application in layers as for mortar on concrete surfaces (wet-on-wet): 15-20 kg/m² - application on hardened concrete surfaces such as fishbone ramps, after laying a bonding element such as Syntech RGS: 20-30 kg/m². Packaging: 25 kg bag Unit: €/kg

Claytex 120 Flexible waterproofing geotextile for active waterproofing of underground structures, containing a uniform layer of granular sodium bentonite, with a high montmorillonite content, equal to 5.0 kg/m², consisting of a needled geotextile fabric with nylon fibres interfaced with non-woven geotextile in weight 100%. Claytex are supplied in two different sizes: Claytex 120 = rolls of 1.20 x 5 m (6 m²), weighing approximately 32 kg per roll and Claytex 250 = rolls of 2.50 x 20 m (50 m²), weighing approximately 270 kg per roll. The products of the Claytex line consist of natural sealants activated by water, with strong self-sealing properties. Their bentonite layer is continuous and uniform. The porosity of the protective and containment sheets is aimed at allowing a quick and proper hydration of the hydro-expansive material. The bottom geotextile layer of the Claytex products is made of polypropylene fabric of 115 g/m², while the upper geotextile layer is made of nonwoven polypropylene of 220 g/m². Waterproofing of underground structures in general, in the presence of groundwater risk. Waterproofing of waters containment basins, water channels and landfills. The surfaces of the application walls must be free of protrusions, cavities, gravel pockets, through holes for formworks, discontinuities from construction joints etc. For this reason, they should be preliminarily reclaimed with anti-shrinkage mortar (REPAR family) or with bentonite-based preparations (Claygrain). The support must absolutely be compact, otherwise it will be necessary to pre-create a suitable concrete subbase upon laying the bentonite sheet. The geotextiles should be placed with the polypropylene side facing the support (the darker side) and fixed by anchor nails with washers; in vertical walls, the installation must proceed from the bottom, after having made a suitable cement mortar cove, to be made preferably with Osmocem 447, at the corners produced between the base slab and the elevation wall, in order to facilitate laying the sheet. Each mat must overlap with the adjacent one by at least 10 cm, arranged to ensure the vertical joints are staggered. It is essential to ensure the mats have an appropriate flap at the geometric discontinuity of the work, of the top of the structures etc. Pay particular attention to laying the bentonite sheets at the corners, wells, stairs, and reinforcement rods protruding from the floor slab. Avoid proceeding with concrete covering works of bentonite mats in anticipation of heavy rains. In the impossibility of a timely backfill it is necessary to provide for the temporary protection of mats with polyethylene geotextiles of 100-150 g/m². In case bentonite geotextiles have been installed outside the perimetral brickwork, do not backfill the excavation with material other than sand (sharp rocks, crushed by the weight of dry aggregates, could tear the bentonite sheet). For more information please contact our Technical Service. 1.1 m²/m²: Use 1 m² of Claytex for every m² of surface to be covered, making sure to overlap the rolls by at least 10 cm at the edges of the mat to ensure permanent water tightness of the system. Packaging: Roll of 6 m2 UM: €/m2

Repar Monosteel Cement slurry in monocomponent powder, passivating, light blue in colour, to be added with water, modified with superpozzolanic agents, flexibilising resins and corrosion inhibitors, for the passivating treatment of oxidised reinforcing rods, in the restoration of degraded concrete. The anti-corrosive effectiveness of Repar Monosteel results from the high alkalinity and from the superpozzolanic reactivity of components. The specific corrosion inhibitor contained in the compound (DCI - Corrosion Inhibitor Agrèment Certificate BBA** n.96/3232), conforming to the standard UNI 9747, is based on a reaction which is capable of making unavailable the ferrous ions for the supply of the electrochemical processes of corrosion. The polymeric components of Repar Monosteel also determine further increases in the effectiveness against corrosion, especially vis-à-vis the aggressive attacks arising from chlorides and sulphates. (BBA = British Board of Agrèment). Passivating protection treatments of the reinforcement rods in interventions of restoration of works and articles in reinforced concrete, in marine, mountain and industrial environments. Carefully remove loose rust from the metal surfaces of exposed reinforcing bars by sandblasting or deep brushing until the white metal surface is obtained. This operation is essential to effectively develop the anticorrosive property of Repar Monosteel. Obviously, to block the advance of the carbonation profile in the concrete, it is essential to complete the restoration with the appropriate restoration mortars: thixotropic (Repar line) or pourable (Grout line). Place about half a litre of water in a bucket, gradually add Repar Monosteel and the additional water needed to achieve a fluid, dense, brushable consistency (about 8 - 10 litres of water for a 25 kg bag). Continue mixing until a smooth, lump-free mixture is obtained. Apply with a brush to the surfaces of the previously prepared reinforcing bars. To prevent the application of the repair mortar from removing the still fresh Repar Monosteel treatment, wait for the product to harden before proceeding with the volumetric restoration. The minimum recommended waiting time is about 6-8 hours with summer temperatures and about 12-16 hours with winter temperatures. Do not apply the product with temperatures below 5°C or if it is expected that the temperature may fall below this value during the first 12 hours of curing. From 0.02 to 0.07 kg of Repar Monosteel for each linear metre of steel bar to be treated. Packaging: 2.5 kg bucket UM: €/kg

Armaglass Corner 33 Angular element of monolithic GFRP mesh made with continuous filament glass fiber yarn bars and pultruded epoxy resin primer. The bars are intertwined with each other through a stitching thread, using a unique technology that allows the formation of joints between the longitudinal and transverse bars with high mechanical resistance. The epoxy resin guarantees the mesh high dimensional stability, alkali resistance and improves the mechanical characteristics. The composite has a square mesh with a side of 33 mm, an ideal size for use with mortars for CRM reinforcement systems. The corner piece is a component of our RINFOR SYSTEM systems, which also include GFRP networks, gussets and connectors combined with our lime-based or cement-based mortars. To be used in combination with the Armaglass Structura 33 mesh for the reinforcement of masonry and concrete structures through the reinforced plaster technique (CRM system: Composite Reinforced Mortar). To prepare the support, carefully follow what is indicated in the technical data sheets of the mortar with which Armaglass Corner 33 is combined. Apply Armaglass Corner 33 in correspondence with all the corner areas of the reinforced plastering, in order to guarantee the structural continuity of the RINFOR SYSTEM reinforcement system. Packaging: Loose from 1.05 meters UM: €/piece

Readymesh MX-500 Readymesh MX-500 is a special carbon steel fibre, obtained by the extrusion and cutting of high-strength steel wire. Its special double-hooked form gives it a remarkable shear strength, thus conferring the concrete with excellent post-cracking structural strength even at low doses. Readymesh MX-500 significantly increases the mechanical performance of the structure in terms of toughness, ductility, fatigue, dynamic stress, shock, wear, tensile and shear strength and even post-cracking and damage behaviour. General preparation of fibre-reinforced concrete with high pre and post-cracking performance. Ideal for industrial flooring and prefabrications. "Readymesh MX-500 fibres must be added to the concrete during mixing. It is recommended to pour the fibres directly onto the loading belt of the concrete mixer during the loading of the aggregates. Alternatively, it is possible to add them directly into the mixer after loading the concrete. In this case, add the fibres a little at a time so that they are well-distributed in the cement mix and extend the mixing time by at least one minute for every 20 kg of fibres added in order to achieve optimal distribution. Conglomerates with Readymesh MX-500 can be easily transported and used with pumps, joiners, vibratory finishing machines, roadway extruders (e.g. slipform paver), etc." Variable according to the type of work to be carried out and/or performance to be achieved. Packaging: 20 kg bag Unit: €/kg

Ql Nano Lithium Hard A hardening, anti-dust sealant and chemical thickener with lithium silicates for industrial flooring and surfaces in cement conglomerate in general, already cured and compact. Penetrates and seals concrete via chemical reaction, forming a transparent, durable, extremely hard, inorganic, breathable and abrasion-resistant surface. Excellent for concrete floors requiring long term protection against wear, exposure to unfavourable conditions, humidity, dirt build up, alkalinity and efflorescence (salt residue). QL Nano Lithium Hard deeply penetrates the capillary pores of the concrete, reacting chemically with the free lime to form a permanent and insoluble bond with the concrete. It creates a protective surface layer, which is breathable, thick and resistant to abrasion. It provides a stronger finish, which is impenetrable and pleasant from an aesthetic point of view (smooth-polished) capable of resisting dust, stains and wear. It reduces maintenance intervention and cleaning and repair costs. Hardening, sealing, consolidating and dust-proof treatment of industrial floors and screeds in concrete, both old and new, both grey and coloured. The application surfaces should be clean, free of containment, inconsistent and incoherent parts, dust, etc., conveniently saturated with water to reach the "saturated to dry surface" condition. Apply QL Nano Lithium Hard using a sprayer, roller or brush on the existing concrete surfaces. Always check the surfaces of the concrete are suitable and capable of offering the desired results. Before inspecting and approving the desired application, leave the surface to dry perfectly. The application time on the hardened support should be 24 hours at least in the summer time. 4 - 7 days recommended for the rest of the year. NEW CONCRETE SURFACES QL Nano Lithium Hard can be applied on the concrete surfaces when immediately created after the last finish with the trowel. Carefully clean the substrate, eliminating all the foreign materials such as non-stick products, hardeners, oil, dust, construction efflorescence, gypsum wall residue etc. Use an airless sprayer or type HVLP to apply QL Nano Lithium Hard, in such a way to form a regular, even, compact and polished layer, ensuring total saturation of the surface. Apply a quantity of QL Nano Lithium Hard sufficient to keep the surface wet for 20 minutes. Leave the surfaces to dry (generally for 1 or 2 hours). Proceed by applying a hardening agent according to the standard ASTM C 309. EXISTING CONCRETE SURFACES - Carefully clean the substrate, eliminating all the foreign materials such as non-stick products, hardeners, oil, dust, construction efflorescence, gypsum wall residue, etc. Before proceeding, ensure the surface is dry. - Use a low pressure sprayer to apply QL Nano Lithium Hard in such a way to saturate the surface. - Distribute QL Nano Lithium Hard on the surface using an automatic floor washer or a hard brush to facilitate penetration. - Leave the QL Nano Lithium Hard to act for 20-30 minutes. - Keep the surface wet with QL Nano Lithium Hard for 20 - 30 minutes (if necessary, add other product). - Remove the QL Nano Lithium Hard residue with clean water. - Leave the surface to dry. Apply from 0.07 to 0.09 litres of QL Nano Lithium Hard per square metre of surface to be treated. Packaging: 5-liter can UM: €/l

Readymesh PS Structural polyolefin macro-fibre, high performance, for improved adherence specific for structural applications, even as a substitute for conventional steel reinforcements. Readymesh PS increases the absorption of energy of the product in case of breakage and yielding, it gives the concrete a greater resistance to the forces of traction/bending, it reduces the risk of breakage of the concrete component in the corners and edges. It also reduces the phenomenon of segregation of the concrete during the installation and it reduces the risk of corrosion of the reinforcing rods (if present) due to the reduction in cracking from plastic shrinkage. Readymesh PS are available in three different lengths: Readymesh PS-300 = 30 mm; Readymesh PS-380 = 38 mm; Readymesh PS-480 = 48 mm. It can be used where widespread structural and three-dimensional reinforcement of the conglomerate is required. It is particularly indicated in structural applications and in severe operating conditions (after static-structural calculation). The main applications, to name a few, are projected concretes (spritz-beton, shotcrete, shotcrete), mass concrete, base slabs and underpinning, structural slabs, medium and large prefabrication, etc. In the case of prefabrication or concrete mixing plants with pre-mixer, Readymesh PS can be added directly into the mixer drum or alternatively on the conveyor belt of the aggregates. Add the product, at the desired dosage, only after you have loaded the aggregates in the mixer. It is also possible to add it directly to the fibres in the mixer truck drum, after the same has been loaded with the other components of the concrete. Mix, with the drum of the mixer truck at full speed, for at least one minute for each m³ of concrete. The dosage, depending on use, is normally included between 1 to 6 kg/m³ The recommended dosage for most structural applications is 3 kg/m³. For information only (to be verified by preliminary tests): > industrial concrete floors: 2.5 - 5 kg / m³; > screeds in wet earth: 1 - 3 kg / m³; > prefabricated elements: 3 - 6 kg / m³. The replacement of the traditional steel reinforcement by the addition of the certified structural fibres Readymesh PS can occur only with the approval of the structural engineer in charge. Do not introduce the fibres in truck mixer until you have loaded at least 40% of the aggregates! Variable according to the type of work to be carried out (screeds, floors, spritz beton), on average from 1 to 6 kg per cubic metre of cement conglomerate. Packaging: 4 kg bag UM: €/kg

Consilex Altrain Water repellent, colourless, non-pellicular impregnating agent based on silanes and siloxanes in solvent. It protects plaster, hydraulic mortars, natural stone, tuff, and other building materials, from the mechanical-chemical action of rain, from freezing/thawing cycles and from the action of pollutant agents. From the functional point of view, the treated materials have pores and capillarity internally coated but not filled, so there is no deposit of coatings, it does not alter the colour, it does not change the appearance of the surfaces and the water vapour breathability is maintained. These characteristics, together with good chemical stability (against oxygen, UV radiation and pollutants) and the total absence of harmful by-products, make the product suitable for application on different supports, in various environments of exposure and in particular for interventions on artefacts of historical-artistic value. The high capillary penetration and diffusion capacity of Consilex Altrain makes the product also suitable for use for chemical barrier injection treatments against rising damp. The special mix of high wetting power solvents carries the active substances (especially the short-chain siloxanic oligomers) towards the inside of the masonry structure depositing them on the capillary walls. The evaporation of the solvent and the combination of silanes-siloxanes with the moisture present in the support, cause the cross-linking and the rooting of the active substances on the application supports. The result is an immediate water-repellent effect of the treated materials (negative angle of wetting against water droplets). This causes the drastic reduction of water penetration inside the treated materials, the reduction of efflorescence and the onset of an effective "self-flushing" effect of the surfaces ("Lotus flower" effect). - Impregnating, waterproofing, protective treatment of above-ground surrounding walls, made of brick, marble, slate, sandstone, limestone, tuff, natural stone in general, brick, cementitious or lime-based conglomerates, etc. - Water repellent transparent protection of buildings with historical or particular architectural value. - Chemical barrier injection treatments on walls affected by rising damp. - Preliminary antisaline treatments, on bare masonry, carried out immediately before the realization of a dehumidifying plastering cycle (despite the effectiveness of the product, which has been extensively tested over the years, pay maximum attention to the timing of realization of this preventive treatment to avoid loss of adhesion of the plastering cycle. For this kind of application we recommend using green-building treatments based on ammonium salts in aqueous solution, like Sanareg) Impregnations with Consilex Altrain are not suitable for waterproofing: - Terraces and flat roofs - Water basins; - Underground artefacts subject to water in negative counter-thrust; - Plaster artefacts; - Synthetic plasters or decorated with synthetic paints. The supports must be dry, clean and dust-free. In particular, pay attention to saline concretions, dirt, grease, oils, paints, moss and weeds, which can prevent the in-depth penetration of the product and that must be removed beforehand. CHEMICAL BARRIER INJECTIONS Draw a line parallel to the external pavement or to the internal flooring, at a distance of approximately 10 - 15 cm from the walking surface. On the traced line, set up drilling points approximately 15 cm apart from each other. The inclination of the holes will be approximately 20° downwards. The depth of the holes will be approximately 4/5 of the thickness of the wall to be injected. The drill bit to be used must have a diameter of 18-20 mm. Once the holes have been drilled, the dust produced by the drilling must be eliminated. Proceed with the execution of gravity or low-pressure injections using an airless pump directly into the holes arranged in the masonry (remember that the product is solvent based. The release of the solvent from injected masonry, characterized among other things by the typical smell of solvent-based materials, is a very slow process, which must provide necessary precautions and be carried out exclusively by skilled workers. Despite the effectiveness of the product that has been extensively tested over the years, therefore, for injection operations on masonry affected by rising damp, in the first instance, we always recommend evaluating solutions based on water-based products such as Consilex Mauer Mono or CONSILEX BARRIER A). Contains flammable solvents, harmful and hazardous for the aquatic environment. Keep away from open flames and sources of heat, do not smoke during its application, use with gloves and safety glasses. In the case of application in closed environments, provide for proper ventilation. Packaging: 25-liter can UM: €/l

Osmocem D A two-component osmotic cementitious waterproofing in water dispersion, a modified polymer that is super adhesive, breathable and moderately deformable, being resistant to positive and negative thrusts. Application by trowel, brush or roller. Ideal for waterproofing reinforced concrete and masonry structures including tanks, water pipes, underground structures, lift shafts, flower boxes and hanging gardens. It also serves for repairs and protective coatings of structures offshore or those exposed to sea salt. Suitable for contact with drinking water. Osmocem D is extremely easy to apply, error-proof. It induces adherence to supports by mechanical adhesion and osmotic diffusion. It is also effective in terms of negative hydrostatic thrust (negative pressure). Osmocem D is compatible with food substances: it has been certified as suitable for the containment of foodstuffs and drinking water (Certificate no. 03/2010 Laboratorio Analysis Service di Settimo di Pescantina - VR). Ivory color available on request. Waterproofing treatments of underground structures and masonry, pools, tanks, pipes, tunnels, garages, bridges, reservoirs, basements, areas containing food, etc., provided they are sufficiently porous and absorbent and free from any waterproofing and / or water-repellent surface treatment, whether chemical (siloxanes, epoxies, polyurethanes, etc.) or natural (wax-up). Suitable in both positive or negative hydrostatic thrust conditions. It can also be used for waterproofing terraces and balconies. Application surfaces should be clean, free of soiling, crumbling and non-adhering parts, dust, etc., water repellent treatments in general, etc. conveniently saturated with water until they reach the condition "saturated with dry surface". It is always advisable to prime the application support with approximately 100-150 g / m2 of COMPONENT B adhesive latex; in this way, at least three extraordinarily effective operations are carried out with a simple and fast priming: a) expulsion of the air from the surface porosity _ stopper (with a drastic reduction of the well-known blistering that occurs on elastic products with low thickness); b) decrease in the absorption of the support (to guarantee a suitable curing of the waterproof skim coat); c) increased adhesion thanks to the deep penetration of the polymeric component. Mix the powder component (component A) with the hydrating solution (component B) with a drill at a low number of revolutions, pouring the powder progressively in the liquid, continue mixing until a homogeneous lump-free mixture is obtained. Moderate variations in the amount of component B in the mix are allowed, to obtain a more or less fluid compound depending on the intended use (for example, if applied with a brush more component B is required compared to as usage as easy to spread plaster). After mixing is completed wait a few minutes and stir again before proceeding with the application. Mix at a ratio of 25 kg of component A with 5.2 litres of component B. To further to improve the performance of the coating (for example in the case of waterproofing of terraces and balconies), insert the alkaline-resistant fibreglass reinforcing mesh Armaglass 160 between layers, for a general consumption of about 5 kg/m². Approximately 1.9 kg/m² of Osmocem D for each millimetre of thickness to be made. Packaging: Kit 25+6.5 kg UM: €/kg

Distal-M Release agent based on selected organic compounds, promoting removal and anti-corrosive agents, ready-to-use, specific for metal moulds. Distak-M should be used undiluted, sprayed directly on the surfaces to be treated. Distak-M performs a physico-chemical action: the product, properly applied, forms an extremely thin separating film between the formwork and the fresh concrete, allowing easy detachment and the resulting surfaces are free from stains and soiling. Distak-M is suitable for "stripping" metal moulds, both in traditional buildings and in prefabrication with normal and/or steam curing. The chemical activity, connected with the reaction, at superficial level with the alkalis of the fresh concrete, which allows the elimination of the barrier effect, leaves surfaces without removal problems for subsequent coatings and painting. It facilitates formwork removal, without greasing or staining the workpiece. It prevents cracking and bubbles on the final surfaces of the product. After formwork removal, it can be painted or treated with another type of finish. It protects the formwork from rust. It can be used as a protective agent on truck mixers or equipment, to reduce internal and external concrete incrustations. Release treatments for concrete castings in metal moulds with normal and accelerated curing. Distak-M is a ready-to-use product that must be applied as a spray. With one litre of Distak-M, correctly applied, the indicative yield is about 30-50 m², depending on the quality of the formwork. Any excess product must be removed; any overdosage may compromise the stripping or the success of the superficial appearance of the casting. With 1 litre of Distak-M, correctly applied, it is possible to consider an indicative yield of approximately 30-50 m², according to the quality of the formwork. Packaging: 25-liter can UM: €/l

Osmocem Flex Mono Osmotic cementitious waterproofing from a single-component, fibre-reinforced modified polymer, being super adhesive and deformable, with a plastic-elastic conduct. Ideal for waterproofing beneath tiles and for protecting concrete. It is easily applied by trowel, brush or roller, both on horizontal and vertical surfaces. Offers a 30% higher yield than two-component systems. One-component product, modified polymer, flexible and deformable, which requires only the addition of water. The application is easy and versatile, thanks to the variable consistency obtained by adjusting the amount of water added (within the allowed range and indicated in the "Instructions for use" paragraph), without dripping in vertical applications. 30% higher yield than two-component systems. Waterproofing of balconies, terraces, bathrooms, showers, swimming pools, before laying ceramic coverings. Waterproofing of concrete structures, plasters and cementitious screeds, as long as they are sufficiently porous and absorbent and without waterproofing and / or water-repellent surface treatments, both chemical (siloxane, epoxy, polyurethane, etc.) and natural (waxing). The application surfaces must be clean, free of dirt, crumbly and incoherent parts, dust, water-repellent treatments in general, etc. Any cracks due to plastic or hygrometric shrinkage, if present, must be preliminarily reclaimed with suitable products and techniques. In micro-cracked or particularly stressed areas, it is important to insert Armaglass 160, an alkali-resistant fiberglass mesh, in the first fresh layer of Osmocem Flex Mono. Immediately after laying the mesh, Osmocem Flex Mono must be finished with a flat trowel (see also "Instructions for use"). In the case of large cladding surfaces, it is necessary to provide "chimneys" for venting the steam, suitably located. Osmocem Flex Mono must be mixed with clean water. The following water additions are allowed: • 22-24% for application with a trowel. • Maximum 30% for brush-roller application. It is recommended to mix with a low speed mixer for at least a couple of minutes and, in any case, until a perfectly homogeneous and lump-free mixture is obtained. The addition of other ingredients (binders, aggregates, additives) must be absolutely avoided. A light wetting of the support is allowed immediately before the product is spread. Dry substrates must be previously primed with Bond Plus (mixed with water in a ratio of 1: 1). The typical application involves an application of about 3 mm of Osmocem Flex Mono in two layers. The maximum recommended thickness for each applied layer is: by trowel / spray: 2 mm, by roller / brush: 1 mm. When waterproofing terraces and balconies, Osmocem Flex Mono must be applied in two successive coats, with a thickness of approximately 1.5 mm each (approximately 2.2 kg / m² per coat), each of which must be applied when the previous one appears stable. (not earlier than 4 hours at 20 ° C). It is recommended to interpose the Armaglass 160 alkaline-resistant glass fiber mesh in the thickness of Osmocem Flex Mono between the first and second coat. The Proband butyl self-adhesive strip must also be prepared between the screed and the elevation walls. Finally, it is recommended to position the special elastic band Elastotex 120, or Elastotex 120 Cloth, in correspondence with any expansion joints, fixing it with the same Osmocem Flex Mono. Do not use Osmocem Flex Mono on heavily degraded or inconsistent substrates, as they would risk nullifying the goodness of the waterproofing. Do not apply on slightly or non-porous substrates or substrates previously coated with water-repellent treatments in general, unless after appropriate roughening using bush hammering machines, sanders and equipment suitable for preparatory treatments of the substrates, or after appropriate treatment with suitable polymeric primers. Approximately 1.4 kg / m² of Osmocem Flex Mono for each millimeter of thickness to be created. Packaging: 20 kg bag UM: €/kg

Intosana Premixed, fibre-reinforced, breathable plaster, based on hydraulic lime, for coating and repairing internal and external walls and masonry, for new buildings, existing buildings, ecological building interventions, in new buildings and in the restoration of vintage buildings and monuments. Intosana is a product made up of hydraulic lime, metakaolin, light aggregates, siliceous aggregates, Vichy salt and special mineral additions with pozzolanic activity. These light-coloured pozzolanic materials, substantially consisting of kaolins of very fine particle size, increase the mechanical performance of the plaster and have very positive effects on its durability, preventing the development of undesired reactions between the hydraulic binders and the salt compounds that are usually present in the masonry (sulphates), or they can come from particularly aggressive exposure environments (chlorides, nitrates). Intosana has been specially formulated to have low water absorption values and very high water vapour breathability at the same time, in addition to a lower density compared to traditional plasters. The particular balance between breathability, absorption, mechanical performance, durability, resistance to chemical attacks, makes the use of Intosana particularly recommended on: buildings attacked by marine aerosol; urban environments attacked by acid rain; damp walls. Intosana does not contain portland cements, resins, solvents and radioemissive elements. Plastering and repair of internal and external masonry, brick, stone or mixed. Application surfaces should be clean, free of soiling, crumbling and non-adhering parts, dust, etc., conveniently saturated with water until they reach the condition "saturated with dry surface". Pour about 2/3 of the mixing water into the mixer, and gradually add Intosana and the water still required, continue to mix until a homogeneous lump-free mixture of the desired consistency is obtained. The mixing water indicatively necessary is equal to 16-18% by weight (4-4.5 litres per 25 kg bag). Apply by hand, with brick trowel and plaster trowel, or with plastering machine (PFT model G4 or similar). It is advisable to apply the plaster after application of a suitable adhesive rendering. The rendering can be realised with Intosana slightly more liquid than normal, or by application of the specific product Untersana. They must both be applied by "spraying", and they must provide a rough, corrugated surface, designed to promote the bonding of the subsequent plaster, which must be applied no later than 2-3 days. For thicknesses in excess of 20 mm improve the anti-cracking attitude, by inserting fibreglass plaster-holding. Approximately 15 kg/m² of Intosana for every centimetre of thickness to be implemented (approximately 1500 kg per cubic metre). Packaging: 25 kg bag UM: €/kg

Floor Q This rheoplastic, composite cementitious grout with controlled-shrinkage and super-fluid consistency is fibre-reinforced with a special mix of glass and polypropylene fibres, having a base of high-strength cements, polymeric modifiers, anti-shrinkage agents, super-pozzolanic reactive fillers and selected siliceous aggregates. Ideal for restoring the thickness of concrete removed by milling, of old concrete flooring (with a reconstruction thickness from 15 mm to 40 mm), along with dimensional adjustments, structural reintegration and so on. Repair and cladding industrial concrete floors, structural restoration, dimensional adjustments, increases in the resistant section, reconstruction of the thickness of the concrete removed by milling, etc. The surfaces of application should be clean and free of any soiling, crumbling and non-adhering parts, dust, etc., saturated with water. In the case of surfaces to be rebuilt after milling, the areas of reconstruction will have to be in as regular a shape as possible (as similar to a square as possible); the thickness should be as homogeneous as possible; finally the section of the pre-existing flooring to be filled should be reminiscent of the shape of a trapezium which widens toward the bottom (this is in order to anchor the "patch" perfectly in the seat of reconstruction and to avoid its detachment, given the slightly expansive properties of the product). It is necessary to provide a suitable bonding bridge between the part to be reconstructed and the reconstruction material. There are 2 alternative ways of doing this: - Roll out the specific epoxy primer on the prepared surface, using a roller or a brush, for structural construction joints Syntech RGS. - Prepare adequate additional reinforcement, parallel to the bottom of the reconstruction, consisting of electrowelded mesh (2 mm wire, 5x5 cm mesh) at a distance from the bottom of half the thickness, attached to the bottom itself by "L"-shaped steel bars, with improved adhesion and a diameter of 8 mm, inserted in holes and secured by expansive cement micro-mortar Grout Micro-J or polyester resin in a two-compartment extrudable cartridge PROFIX. For the preparation of the mortar insert 2/3 of the total mix water in the mixer, gradually add the product and the remaining water, until you obtain a uniform mix of the desired consistency. Pour the mixture prepared in the seat of reconstruction, prop it up and level it until it is perfectly smooth. Approximately 21 kg/m² of Floor Q for every centimetre of thickness to be implemented (approximately 2100 kg per cubic metre). Packaging: 25 kg bag UM: €/kg

Fluid tix A polyvalent powder additive to add to mixtures of binders and aggregates for packaging plasters, mortars, concrete and thixotropic concretes, rheoplastics, with controlled shrinkage and high mechanical, chemical, waterproof performance. The physico-chemical action of Fluid Tix can be considered as a complex interaction of positive physicochemical contributions and modifications of the rheology of the mixture. In particular, the super-pozzolanic reaction (the transformation of calcium hydroxide Ca(OH)₂ – being unstable, soluble and dangerously reactive – into hydrated calcium silicate that is mechanically and chemically stable and insoluble) involves significant contributions in terms of performance and durability. The physical action of the MICROSIL 90 ultrafine filler, present in the formula, results in increments in density, compactness and resistance of the matrix. Special additives also permit a rise in the thixotropy of the mixtures additivated with Fluid Tix with optimal adjustment of the workability in accordance with the dosage used. The conglomerates added with Fluid Tix are therefore thixotropic composites particularly suitable for the realisation of durable works and repairs, even in aggressive atmospheres – marine, mountain, urban and industrial. Fluid Tix is optimised to be used as a viscosifier additive and as a thixotropy regulator in all of our castable and injection products: Mikrosana, Sanafluens, and GROUT line. When it is necessary to localise the injection operation in the mass of the masonry, Fluid Tix is thus an indispensable additive to regulate the flow and fluidity of the slurry. Packaging of conglomerates that are thixotropic, compact, self-sustaining, with controlled shrinkage, high waterproofing properties and high performance in terms of chemical resistance (sulphates, chlorides, run-off waters, etc.), along with mechanical and overall durability. Ideal for lime-based plasters, plasters with a hydraulic binder base, concrete blocks, joints. As a viscosifier and regulator of fluidity in our pouring and injectable products. Fluid Tix must be added in the cement or other mixer, in succession with the remaining solid components of the blend – the cement and aggregates. After an initial stir, the water for the mixture must be added, then continue to mix until obtaining a homogeneous and lump-free blend. Apply the resulting thixotropic cement conglomerate with a trowel or plastering machine (Turbosol type). Ensure exposed surfaces are protected and wet-cured. Add 10–30 kilograms of Fluid Tix per cubic metre of mixture to be made. Recommended dose on our products Mikrosana, Sanafluens, Grout Cable, GROUT MICRO J: 0.15 to 0.4 kilograms per 25 kilograms of product. Packaging: 20 kg bag UM: €/kg

Repair Plug A single-component, super-adhesive cementitious mortar for rough coating, with a base of high-strength binders, selected aggregates, adhesion-promoting polymers and specific agents. Ideal for the preliminary “rough coat” treatment of concrete surfaces, mixed masonry, rock walls and other poorly-absorbent surfaces, for subsequent coating with traditional (Intosana), dehumidifying (Sanatigh) and/or thermal-insulating (Sanawarme or Caleosana) plasters. Gripping rendering for subsequent plasters, both based on cement and hydraulic lime; protective coatings, renovation of works and structures in reinforced concrete. Application surfaces should be clean, free of soiling, crumbling and non-adhering parts, dust, etc., conveniently saturated with water until they reach the condition "saturated with dry surface". Pour about 2/3 of the mixing water into the mixer, add Repar Plug and the remaining water; continue to mix until a homogeneous lump-free mixture is obtained. The mixing water should be about 16-18% of the weight of the bag. After mixing is completed wait a few minutes before applying the product by "spraying" ("scratch coat" ), by brick trowel and plastering trowel or plastering machine. The scratch coat, applied by "spraying", must provide a corrugated surface to promote the grip of the plaster that must be applied promptly: within 2-3 days. In the case of successive dehumidifying (Sanatigh) or insulating (Sanawarme or Caleosana) plasters, hold the sprayed surface, "open" (non-homogeneous over the entire surface). Packaging: 25 kg bag UM: €/kg

Armaglass Intotech 225 A reinforcement mesh in alkali-resistant fibreglass weighing 225 g/m2, with a 25 x 25 mm square mesh and thermosetting primer equal to about 10% of total weight. Easy and quick to apply, to handle and to cut. It combines lightness and thinness with excellent mechanical characteristics in the warp and weft. Resistant to atmospheric agents and aggressive environments. Suitable for any substrate and perfectly compatible with both cement- and lime-based mortars. Armaglass Intotech 225 is a mesh used for the reinforcement of high thickness plasters and screeds, with a uniform absorption and redistribution function of mechanical stresses and shrinkage stresses. The mesh therefore performs an important anti-cracking function on plasters and screeds. It is the ideal plaster base for our products based on natural hydraulic lime: Sanatigh, Sanawarme, Caleosana, Sanascreed and for osmotic thickening waterproofing products Osmocem MR and Osmocem RD. To prepare the substrate, carefully follow what is indicated in the technical data sheets of the product with which the Armaglass Intotech 225 mesh is combined. To facilitate collaboration with the support, Armaglass Intotech 225 can be coupled and is perfectly compatible with any type of connector (in fiberglass, resin or metal). Application on masonry: If the use of connectors is envisaged, proceed with the creation of holes of suitable diameter, depending on the selected connection system, arranged according to the design indications. Fix the connectors with anchoring resin (Syntech Profix or alternatively SYNTECH EPOXY 21) or grout based on hydraulic binders (Grout Cable or alternatively Sanafluens). Apply a first layer of mortar (see technical data sheet of the chosen product), lay the Armaglass Intotech 225 mesh on the still fresh mortar, taking care to guarantee at least 10 cm on the overlaps, lay the second layer of mortar. Application on screeds: Apply a first layer of screed (see technical data sheet of the chosen product), lay the Armaglass Intotech 225 mesh partially drowning it on the first layer of still fresh screed, taking care to guarantee at least 10 cm on the overlaps, laying the second layer of screed. Packaging: Roll of 50 m2 UM: €/m2

Grout 2 Grout 2 is a high-performance, self-levelling pourable mortar that is fibre-reinforced with Readymesh PM-060 microfibres, with high durability even in aggressive environments, great adhesion on concrete and steel and compensated shrinkage. Aggregates with a maximum size of 2 mm. Ideal for anchoring machinery with subplate casting, anchoring seismic isolators and embedding bars, for repairs and reinforcements that are quite thin (2–6 cm) on reinforced concrete and masonry structures. Grout 2 is self-leveling, perfectly pourable, with a maximum aggregate size of 2 mm, and is able to completely fill the most tortuous cavities, normally inaccessible, even if far from the casting point and with a very narrow air gap. The high content of microsilic with pozzolanic activity and the absence of "bleeding", help to generate a very strong adhesion to the substrate and to the foundation or reinforcement iron. Other features are the elimination of plastic shrinkage, the compensation of hygrometric shrinkage, excellent durability to chemical attacks, freeze and thaw cycles, resistance to fats and oils. The exceptional ANTI-CORROSIVE and PROTECTIVE capacity ON REINFORCEMENTS is achieved thanks to the following properties: • the mix of highly resistant superfine binders, combined with very fine silicas with pozzolanic activity, makes the mortars, at the end of the hardening process, intrinsically impermeable to water; • the strongly alkaline pH (> 12) protects the reinforcing rods from the initiation of corrosion; • the negligible breathability to carbon dioxide gives the hardened mortars very high anti-carbonation characteristics. The combination of these anticorrosive specificities makes the classic passivation treatment of reinforcing bars, preparatory to the casting of the pourable mortar, NOT NECESSARY, provided that, between the white metal cleaning operations and the castings of the pourable mortar, it does not elapse too long. time, with the risk of a new start of oxidative processes. Therefore, only if long exposure times are foreseen between the cleaning operations of the iron and the castings of the pourable mortar, it is advisable to treat with passivating grout (Repar Monosteel or Repar Steel), applied with a brush and localized only on d 'armor. For the construction of road joints, in works with high vehicle traffic, it is possible to add Grout 2 with 25 kg / m³ (300 gr / 25 kg bag) of Readymesh MM-150 steel fibers and 1 kg / m³ (10 gr / bag) of Readymesh PM-060 polypropylene fibers. Precision anchorage of operating machines: presses, turbines, power supplies, rolling mills, alternators, bridge cranes, metal structures, tracks, etc. Structural adjustments, restorations, drawing and armouring, through injections or castings poured in caisson. Realisation of connecting anchorages through steel bars with diameter and depth consistent with design specifications, through casting in perforations provided for this purpose. Construction of structural road joints. Application surfaces should be clean, free of soiling, crumbling and non-adhering parts, dust, etc., conveniently saturated with water until they reach the condition "saturated with dry surface". An adequate roughening of the surfaces by scarifying, sandblasting etc. is always necessary in order to obtain the maximum adhesion values to the substrate. The optimal values are obtained with high pressure hydro-scarification. Bare the irons undergoing disruptive oxidation or deeply oxidized, removing the rust of the exposed irons (by sandblasting or abrasive brushes). Insert 2/3 (approximately 2.5 litres per bag) of the total mixing water in the cement mixer, then gradually add the product and the remaining water, mix until a homogeneous lump-free mixture of the desired consistency is obtained. For high anchoring sections Ghiaietto 6.10 should be added (please refer to the appropriate technical data sheet for more information). Approximately 19 kg/m² of Grout 2 for every centimetre of thickness to be implemented (approximately 1900 kg per cubic metre). Packaging: 25 kg bag UM: €/kg

Helix steel aisi Helical bar in AISI 304 stainless steel, cold drawn, with high mechanical performance, for the reinforced styling of joints and for connections, including through-holes, on masonry, reinforced concrete, arches and vaults. Suitable for the consolidation of structures in seismic areas; advantageous in combination with hydraulic binders (cement and hydraulic lime) and with resin matrix binders, it particularly facilitates the achievement of physical and mechanical performances in combination with Unisan mortar, with those of the REPAR, GROUT family and with the structural resins of the SYNTECH family. The optional accessory Connector Steel Aisi 304, supplied separately on request, allows the connection between the passing helical bar and the helical bar positioned deeply on the stripped joint. Helix Steel AISI 304 bars are available in a range of diameters: 6, 8, 10 or 12 mm, all characterised by their durability even in aggressive environments, their high tensile and shear strength, and excellent flexibility. Such characteristics make the use of these bars particularly advantageous in combination with hydraulic binders (cement, hydraulic lime), air binders (air lime) and resinous matrix binders. Flexibility, handling and versatility with various binder matrices, permit the realisation of rapid, non-invasive reinforcement operations, being easy to apply and with low installation costs. Very high mechanical physical benefits come when combined with our mortars of the REPAR, GROUT and Unisan lines and the structural resins of the SYNTECH line. Reinforcement operations on concrete and masonry structures. Reinforced pointing of joints. Structural one-sided connections or through-holes crossing the entire section. Helical morphology allows optimal gripping on bricks, mortars, stones and on old walls of historical and cultural interest generally. The durability against atmospheric and environmental conditioning makes the use of Helix Steel AISI 304 bars particularly advantageous in the structures affected by the presence of aggressive soluble salts (sulphates, nitrates, phosphates). Reinforced pointing of joints: Deep stripping of joints can ensure the placement of the bar at a depth of a few centimetres from the surface. To remove any loose and crumbly parts (stone, bricks, enticing mortar, etc.). Cleaning and saturation of the substrate with pressure washing. To remove any saline efflorescence by brushing or sandblasting. Connections on masonry, concrete, arches and vaults: Make sure that there are no loose or crumbly parts on the substrate. Stripping of mortar joints. Cleaning and saturation of the substrate with pressure washing. To remove any saline efflorescence by brushing or sandblasting. Reinforced pointing of joints: Reinforced pointing of masonry joints by filling part of the joint profile with an initial layer of Unisan fibre-reinforced composite mortar (see the data sheet), then on the mortar whilst still wet, inserting the Helix Steel AISI 304 bar before covering with a final layer of Unisan mortar. Press the mortar inside the joint, being sure to press well until totally full and flush with the wall. The temperature of the substrate must be between +5° and +35° C. Connections on masonry, concrete, arches and vaults: After carefully preparing the substrate and before applying the first layer of structural mortar (lime- or cement-based depending on the type of operation), wet with water at low pressure until complete saturation, bearing in mind that a lack of saturation may prevent adhesion and cause cracking in the mortar. If necessary, apply a rough coat of Untersana mortar. Proceed with creating holes of a suitable diameter and inclination (at 45° if the operation is undertaken only on one side of the structural element). Before they are bent in anticipation of the mesh, the connectors emerge from the substrate by at least 10–15 centimetres from flush with the wall. Apply an initial coat of Unisan fibre-reinforced composite mortar (see the technical data sheet) by hand (with stainless steel trowel or putty knife) or with a plastering machine to achieve a thickness of about 1.5 centimetres, leaving the surface sufficiently rough to facilitate the adhesion of the subsequent layer. Alternatively, depending on the structural requirements, mortars of the REPAR line can be used. Place the primed alkaline-resistant fibreglass mesh of the ARMAGLASS STUCTURA line (see the technical data sheet of the selected product), placing it on the still-fresh mortar by passing the Helix Steel AISI 304 connector between the bars of the mesh. After bending the connector, restraining the mesh, apply a second finishing layer of mortar (Unisan or REPAR) at a thickness of about 1.5 centimetres. Product to be purchased as needed. Packaging: Roll of 10 meters UM: €/kg

Mauersan Mauersan is a premix formulated with limes and hydraulic binders, microsilic with pozzolanic reactivity, selected aggregates in rational particle size distribution, light spheroidal aggregates of mineral nature (microporous amorphous silica), porogenic additives, hydrophobic agents. Mauersan, thanks to its network of intercommunicating pores, stimulates and accelerates the evaporation of the water contained in the damp walls, while blocking the transmission of liquid water from the inside of the walls to the outside. This dual functionality allows to obtain dry surfaces capable of accommodating various types of finishes, as long as they are highly breathable to water vapor. The widespread porosity of Mauersan makes it possible to have adequate expansion chambers for the crystallization of soluble salts (possibly mobilized during the first application phases of the plastering cycle). The Mauersan premix is fiber-reinforced with anti-shrinkage microfibers, it is entirely formulated with raw materials substantially free of soluble salts, it does not contain organic vapor generating substances (VOC) or other raw materials harmful to the health of operators, the environment and the substrates in masonry. Brick, stone and concrete walls, both old and new, subject to capillary rising damp. • Remove the plaster up to more than 50 cm above any evident humidity or degradation. • Remove all loose, crumbly or "rotten" joints, remove the joints from bedding mortars when they are excessively crumbly or inconsistent. • In the presence of surface salts, proceed with scraping and brushing up to the edge of the masonry. In the case of strong saline concentrations deriving from particular conditions (stables, salt deposits, walls in contact with brackish water, environments reached by marine aerosol and other critical situations) evaluate the combination of the dehumidifying plaster with chemical barriers (see technical data sheets of CONSILEX BARRIER A, Consilex Inject Mauer, Consilex Barrier Cream products) and / or extraction packs based on adsorbent clays, and / or spraying of Sanareg saline inhibitor. • Thorough general cleaning. • The regularization of the masonry (any alignments and plumbing), the filling of large cavities, etc., will be carried out after the preparation described above using the Untersana mortar, mixed to the right consistency, possibly with the aid of recollections and / or replacements of particularly deteriorated stone elements. • Where necessary, to promote adhesion of the plaster, apply a transpiring render made with the specific Untersana preparation. The Untersana rough coat, given as a "sprinkle", must create a rough, corrugated surface, capable of favoring the adhesion of the subsequent plaster. • The application of Mauersan in two coats is recommended. The first coat should be applied a few hours after applying Untersana (swollen but still fresh), to favor a perfect bond between the two products. The second coat must be applied with a uniform thickness when the first coat of INTOBRATHE is well hardened (wait approximately 24 hours between first and second coat). The application can be carried out with manual methods (trowel, trowel) or mechanical spray methods. In the case of applications with a plastering machine, to allow adequate and homogeneous mixing of the product, it is recommended not to use continuous cycle machines. • Prepare the plaster by adding Mauersan to the mixing water, continuing to mix until the desired mixture is obtained and the complete elimination of lumps. It is advisable to apply a minimum thickness of 2.5 cm. For thicknesses greater than 2.5 cm provide for the insertion of Armaglass Intotech 225 reinforcement mesh. • Protect fresh surfaces from direct sunlight, rain and wind, take care of prolonged humid curing. • Regularize the plastered surfaces with a fine, highly breathable lime-based smoothing compound, Sanastof. Approximately 13 kg / m² of Mauersan for each centimeter of thickness to be created. Packaging: 25 kg bag UM: €/kg

Rasogrey Structural, fibre-reinforced thixotropic cement skim coat, with excellent adhesion characteristics, resists compression, bending and abrasion, etc. Ideal for structural renovation of works and manufactured pieces in deteriorated concrete. Apply using a trowel. Rheoplastic, thixotropic, structural, composite skim coat with a special cement and select silicate aggregates base, fibre-reinforced with a balanced mix of polypropylene fibres READYMESH and calcium meta-silicate micro-fibres, with the addition of specific agents with a high rate of micro-silicates. It provides, after hardening, high performance in terms of intrinsic permeability, resistant to run-off and hydrolysing activity, mechanical resistance, to abrasion and cavitation, anti-carbonising properties, chemical-physical stability, resistant to atmospheric aggression and run-off waters. It has three-dimensional fibre-reinforcement, provides high hold; it is dimensionally stable (compensated shrinkage). Repairs and protective coatings of civil building works in concrete (pillars, walls, balcony cornices, etc.). The application surfaces should be clean, free of containment, inconsistent and incoherent parts, dust, etc., conveniently saturated with water to reach the "saturated to dry surface" condition. Place approx. 2/3 of water in the mixer, adding Rasogrey and the remaining water; continue mixing until you obtain an even mix free of lumps. The mixing water should be approx. 18 - 20% of the weight of the bag. Having completed mixing, wait a few minutes before applying. Addition of Bond HG to the mixing water, (approx. 0.5 litres per 25kg bag of product) allows further improvement in terms of adhesion, hold, impermeability, workability, modelling and deformation capacity. Approximately 1.8 kg/m² of Rasogrey for each millimetre of thickness to be made. Packaging: 25 kg bag UM: €/kg

Protech Sil Fix Consolidating, transparent fixative primer based on siloxane resins in aqueous dispersion, specific for the preliminary treatment of plasters before the application of Protech Sil P or Protech Sil P - Therm siloxane paints, or before the application of siloxane plasters Protech Sil I or Protech Sil I - Therm, in the renovation of civil and industrial buildings and in new buildings. Preliminary fixative for painting and coating with protective finishes and decorative systems with pigmented siloxanes. Protech Sil Fix can be applied on old and new plaster, cement, synthetic- and lime-based, on pre-existing mineral and synthetic paints, etc. The surfaces of application should be clean, free of any soiling, crumbling and non-adhering parts, or non-absorbent, dust, pre-existing paints, etc. Apply the product with roller, brush or airless at low pressure, at about 120 g/m². From 0.10 to 0.15 litres of Protech Sil Fix for each square metre of surface to be treated, based on the porosity of the support. Packaging: 5-liter can UM: €/l

Grout CR Composite , castable, anti-washout, controlled shrinkage cement mortar, superfluid consistency, based on high-resistance cements, superpozzolanic fillers (MICROSIL 90), polymeric modifiers, shrinkage resistant agents, specific additives, calcium silicate mineral fibres, selected silica aggregates. - Based on of thickened silica fume - three-dimensionally reinforced fibre with mineral and synthetic fibres - Provides high adherence and adhesion - dimensionally stable (shrinkage-compensated) - Provides high stability-physical chemical and resistance to chlorides and sulphates - suitable for underwater castings: it is anti-washout - high strength in terms of hydrostatic positive and negative thrust. Repair and protective coatings of hydraulic structures, marine and underwater structures, and articles in critical situations: harsh chemical-physical, leaching water, marine atmosphere, etc. Filling of formwork for the containment of cast immersed in sea water. In case of underwater application, the installation operations must be carried out within 8-10 hours of cleaning and "fouling" (accumulation and deposits of organic and inorganic particles on product surfaces) removal. An adequate roughening of the surfaces by scarifying, sandblasting etc. is always necessary in order to obtain the maximum adhesion values to the substrate. The optimal values are obtained with high pressure hydro-scarification. Bare the irons undergoing disruptive oxidation or deeply oxidized, removing the rust of the exposed irons (by sandblasting or abrasive brushes). Pour 2/3 of total mixture water in the cement mixer, gradually add the product and the remaining water, until a homogeneous mixture of the required consistency is obtained. For sizable filling thicknesses, greater than 60 mm, Ghiaietto 6.10 (inert washed is selected with a particle size of from 6-10 mm) can be added in a percentage ranging from 20% to 40 %, on the basis of practical requirements. In some particularly demanding cases in terms of the resistance to the "dry-wet" cycle (for example, for the action of the tides) or for chemical attacks particularly strong, it would be advisable to add, in addition to the gravel, even thickened silica fume(MICROSIL 90), and in a variable amount depending on the thickness and construction-related need, to further improve the waterproofing and the mechanical strength of the product. In these cases, please contact our Technical Service. In the case of casts in water, make sure of perfect product hardening before removal of the formwork. Approximately 20,50 kg/m² of Grout CR for every centimetre of thickness to be implemented (approximately 2050 kg per cubic metre). Packaging: 25 kg bag UM: €/kg

Consilex Altrain WV Nano-dispersion of water-based reactive amino functional silanes and siloxanes. Water-repellent impregnating agent, colourless, non-filming, protects plasters, cementitious systems, natural stones, tuff, etc., from adverse weather conditions, frost and thaw cycles and from atmospheric aggressions.It does not alter the colour of the surface and does not change the original appearance and breathability. "Consilex Altrain WV belongs to the new generation of water-repellent agents based on organo-modified water-soluble silanes and siloxanes characterized by low emission of volatile organic compounds VOC and the absence of flammability and toxicity.The product is characterized by a low molecular weight that allows the excellent penetration deep into mineral absorbent materials without varying the permeability to water vapour nor the chromatic appearance of the surface.The particular chemical structure of Consilex Altrain WV assures its high alkali stability and therefore durability over time applied to alkaline materials such as cementitious plaster, mortar and cement.The result is a product with the following advantages:- non-flammable - with low VOC - without emulsifiers - ecological The treatment of absorbent mineral materials performed with Consilex Altrain WV is characterized by:- duration over time; - absence of chromatic variations of the surface; - excellent breathability to water vapour; - high pearling effect; - resistance to acids and alkalis; - resistance to U.V. rays; - absence of reaction by-products harmful to people and the environment". Impregnation, waterproofing, protective treatment of out-of-quota wall coverings, in brick, marble, slate, limestone, natural stone, tuff, cementitious or lime-based conglomerates in general, etc. It is advisable to treat vertical or highly inclined surfaces previously cleaned from soluble salts and dirt, taking care to eliminate even the parts with low surface adhesion by brushing and hydro-sandblasting.It is always essential to close the gaps of over 0.3 mm.Apply on dry surfaces.In case of rain or washing of the surfaces, wait 3 days before the treatment at a temperature of at least 20 °C. Apply the product evenly and uniformly, by nebulization at low pressure or with a brush in one or more coats, possibly without interruption or intervals of time between one coat and the next, taking care to obtain the best saturation of the wall covering. From 0.15 to 0.30 litres of Consilex Altrain WV for each square metre of surface to be treated, based on the porosity of the support. Packaging: 25-liter can UM: €/l

Osmocem MR Mono-component, osmotic cement mortar based on hydraulic binders, modifying resins and superpozzolanic reactive fillers selected aggregates, for the preparation of adhesive mixtures that after curing, create a protective, waterproof, high-efficiency coating. Osmocem MR can be used for coatings, reconstructions and millimetric protections, finishing coats etc., in interventions of conservative restoration, waterproofing reinforced concrete structures, wall coverings, hydraulic works, extended exposed surfaces etc. Waterproofing rigid structures and masonry walls underground, buried or in any case subject to water permeation: lift wells, basements, tanks, pipes, tunnels, garages, bridges, reservoirs, areas containing food, etc. in conditions of positive and negative hydrostatic thrust, provided they are sufficiently porous and absorbent and free from any waterproofing and / or water-repellent surface treatment, whether chemical (siloxanes, epoxies, polyurethanes, etc.) or natural (wax-up). Application surfaces should be clean, free of soiling, crumbling and non-adhering parts, dust, etc., water repellent treatments in general, etc. conveniently saturated with water until they reach the condition "saturated with dry surface". Pour about 2/3 of the mixing water into the mixer, add Osmocem MR and the remaining water; continue to mix until a homogeneous lump-free mixture is obtained. The mixing water should be about 14-16% of the weight of the bag. After mixing is completed wait a few minutes before applying. To further improve the performance of the coating, insert a steel reinforcement mesh (wire 2 mm mesh and 5x5 cm) between layers. Approximately 13,50 kg/m² of Osmocem MR for every centimetre of thickness to be implemented (approximately 1350 kg per cubic metre). Packaging: 25 kg bag Unit: €/kg

Osmocem iTop A two-component osmotic cementitious waterproofing in water dispersion, being a modified polymer that is super adhesive and flexible, resistant to positive and negative thrusts. Application by trowel, brush or roller. Ideal for protective coatings and waterproofing of reinforced concrete and masonry works such as tanks, swimming pools, water pipes, cracked cement plasters or balconies. It is also used for repairs and protective coatings of structures offshore or exposed to sea salt. Suitable for contact with drinking water. Osmocem iTop is characterised by an extreme ease of application, being veritably fool-proof. It permits adherence to supports for mechanical adhesion and osmotic diffusion. It is also effective in conditions of negative hydrostatic thrust (counterthrust) and is applicable as a coating in rooftop gardens and planters due to its resistance to the mechanical action of roots. Waterproofing treatments for underground structures and masonry, swimming pools, tubs, planters, rooftop gardens, ducts, tunnels, pits, bridges, tanks, basements, food containment areas and so on whereby sufficiently porous and absorbent, being free from any water-resistant and/or water-repellent surface treatment, be it chemical (siloxanes, epoxy, polyurethane, etcetera) or natural (waxing). Suitable for both positive and negative hydrostatic thrust conditions, it can also be used for waterproofing terraces and balconies. The application surfaces must be clean, free of dirt, crumbly and inconsistent parts, dust, water-repellent treatments in general, etc., slightly roughened with a suitable preparation method (degree of roughening > 2mm, or >= 3 on the ICRI Scale - International Concrete Repair Institute). Particularly dry supports should be slightly moistened with water. It is always advisable to prime the application support with approximately 100-150 g/m2 of COMPONENT B adhesive latex; in this way, with a simple and quick priming, at least three very effective operations are carried out: a) expulsion of the air from the surface porosity _ pore sealers (with drastic reduction of the well-known blisters that appear on elastic products with low thickness); b) decrease in the absorption of the support (to guarantee adequate maturation of the waterproof smoothing coat); c) increase in adhesion thanks to the deep penetration of the polymeric component. For applications on plasterboard, first apply a coat of Bond Plus as a primer. Do not apply on supports with water leaks or any form of moving water, which must be previously blocked and remedied to prevent the product from washing away during the hardening and setting phase. Mix the powder (component A) with the hydrating solution (component B) using a drill at low-speed or other effective mechanical mixer, gradually adding the powder to the liquid. Continue mixing until reaching a homogeneous and lump-free mixture. After mixing, wait a few minutes then stir again before applying. To further improve the effects of the coating (for example, when waterproofing terraces and balconies), it is advisable to add the Armaglass 160 alkaline-resistant fibreglass reinforcing mesh between one layer and the next, for a consumption of around 3-4 kg/m2 as a guideline. Do not apply in the presence of direct insolation or when dealing with wet curing and protection. Do not apply to substrates with little to no porosity or those previously coated with water-repellent treatments generally, except whereby following proper roughening by means of bush hammering machines, sanders or equipment suitable for preparatory surface treatment or specific treatment with suitable polymer primers. Approximately 1.6 kg/m² of Osmocem iTop for each millimetre of thickness to be made. Packaging: Kit 25+8 kg UM: €/kg

Armarock B50 The Armarock B50 basalt mesh is a material with a leno structure, formed by elastic ribs of high-strength basalt threads, fixed in the nodes with a stitching thread, with the formation of square cells, the size of which is ideal for use with FRCM mortars. The mesh is treated with special compounds to improve alkali resistance properties and increase its stability. Balanced biaxial mesh in alkali-resistant basalt fibre, specific for strengthening and repairing structural elements. The main properties of Armarock B50 are: excellent tensile strength high dimensional stability stable against cyclical stresses easy to install, light, compact adaptable to the shape of the support cuttable into the desired dimensions and widths resistant to aggressive environments, especially alkaline ones. Ideal in combination with cement or lime-based mortars for FRCM and CRM applications. Bidirectional reinforcement in alkali-resistant basalt fibre, pre-primed, to be used in combination with our mortars (Unisan, Intosana, Repar line), GFRP connectors (Armaglass Connector line), stainless steel connectors (Helix Steel Aisi 304 line) , for the "reinforced" structural reinforcement of masonry and reinforced concrete products with CRM and FRCM techniques. Anti-tipping systems for partition walls and cladding. Structural reinforcement of arched and vaulted wall elements, both at the extrados and intrados. Reinforcement for reinforcing plastering to be created in historical and monumental contexts, capable of more uniformly distributing the stresses induced by seismic events, without substantial changes in the distribution of masses and stiffness. To prepare the support, carefully follow what is indicated in the technical data sheets of the product with which the Armarock B50 mesh is combined. In general, in the case of reinforcements of masonry males or intrados/extrados of vaults and arches, it is necessary to proceed with the complete removal of the existing plaster, manually or with mechanical tools, and of all possible inconsistent or detaching parts, up to get to the heart of the masonry and obtain a healthy, compact and mechanically resistant support. Wet the support to be strengthened; the excess water present on the surface must be allowed to evaporate so that the masonry to be strengthened is saturated with water but with a dry surface. Application with a flat metal trowel or spray of a first uniform layer of approx. 5-6 mm of mortar (Unisan, Intosana or Repar line) chosen according to the characteristics of the support. At the same time as applying the first layer of mortar while it is still fresh, position the Armarock B50 mesh, compressing it with a flat trowel, so that it penetrates the applied mortar. Adjacent nets must be overlapped by at least 10-15 cm. Application of a second layer of mortar on the previous one while it is still fresh, in such a way as to completely cover the mesh and reach the desired thickness. In the case of anti-tipping systems, the recommended overall mortar thickness is approximately 10 mm. In the case of reinforcement of arches or vaults, extradoss or intradoss, it is recommended to turn up the reinforcement system, in correspondence with the shutters, by at least 40 cm. To improve the anchoring of the reinforcement system it is possible to appropriately prepare any connections made with elements in GRFP (Armaglass Connector) or stainless steel (Helix Steel AISI 304). The connections increase the efficiency of the applied reinforcement. Type, number and pitch of punctual connections must be defined during the design phase. 1.1 m/m²: The adjacent sheets of basalt fiber mesh must be overlapped along the edges by at least 10 cm. Packaging: Roll of 50 m2 UM: €/m2

Protech Fix AC Reinforcing high penetration fixative, non-pellicular, based on ultrafine acrylic polymers with hydrodispersed adhesion promoters. Suitable as a fixative anti-dust primer prior to painting or coating plaster with paints or acrylic putty coats. Used alone, it is a good anti-dust reinforcing cortical treatment of old non-cohesive plaster and jointing. The salient characteristic of Protech Fix AC is its substantial ability to penetrate into the pores of building supports, resulting from the peculiar dimension of the polymers constituting the resin (about 5 times smaller the those of the resins used conventionally) and the action of the balanced adhesion promoter. Preliminary treatment of any surface (civil, plaster, rustic, dry mortars, plasterboard, concrete, prefabricated, exposed concrete etc.) designed to isolate the support surfaces and standardise the absorptions of the subsequent treatments (painting and protective coatings). The surfaces of application should be clean, free of any soiling, crumbling and non-adhering parts, or non-absorbent, dust, pre-existing paints, etc. Apply the product, diluted from 50% to 100% with water, using a long-bristled brush, roller or airless at low pressure. From 0.10 to 0.15 litres of Protech Fix AC for each square metre of surface to be treated, based on the porosity of the support. Packaging: 5-liter can UM: €/l

Protech Flex Primer A polyurethane bonding primer for preparing the subsequent filling of the joints with single-component polyurethane sealants in a cartridge (Protech Flex or PROTECH SIGILFLEX MONO) or a two-component product (EG 91) on concrete and masonry surfaces. Preliminary reinforcing impregnation of concrete surfaces, forming walls of flooring and roofing joints, prior to sealing it with polyurethane and epoxy-polyurethane sealants. The application surfaces should be clean, free of incrustations, crumbling and non-adhering parts, dust etc. Apply Protech Flex Primer, using a brush with short bristles, on the walls of the joint to be sealed. It is appropriate to provide for the insertion in the joint, whatever its nature and the specific foamed polyethylene kerb Filtene Fondogiunto, of the appropriate size for the joint to be sealed. Approximately 0.02 kg of Protech Flex Primer for every linear metre of joint to be treated. Packaging: 250 grams Kit A+B UM: €/piece

Floor Level HP Therm Floor Level HP Therm is a self-levelling modified-polymer cement mortar having fibre-reinforcement, with high thermal conductivity, fast-acting hold and rapid hardening. Applied prior to laying the flooring, it is perfect for levelling at thicknesses ranging from 3 mm to 15 mm so as to adapt to any type of covering. Particularly suitable for radiant flooring. The perfect pourability, fluidity and self-levelling properties of the mortar facilitate the coating operations, to quickly attain perfect planarity. By casting the product on the substrate and helping to spread the self-levelling product with a putty knife, the resulting surface is perfectly smooth thanks to the fine granulometry of the silica aggregate (with a maximum size of 0.5 mm). Floor Level HP Therm is additivated with shrinkage reducers and fibre-reinforced with special anti-cracking glass microfilaments, being alkali resistant and with a high content of zirconium (READYMESH technology), metal microfibres 6 millimetres in length, and iron-silicate microaggregates with high volumic mass, all to confer exceptional dimensional stability to the product. As an additive, Floor Level HP Therm has a special high-flexibility powder adhesive that ensures the product bonds to various media without affecting the self-levelling characteristics and breathability to water vapour. The swift development of mechanical resistors ensures the immediate progression of construction operations and walkability just a few hours after application (approximately 4-5 hours at 20° C). Fast drying means the floor coverings and finishing operations can be applied sooner – always checking the moisture content of the hardened mortar with a calcium carbide hygrometer or electrical hygrometer and bearing in mind that the latter provides merely indicative values that should be calibrated on the product in advance. Floor Level HP Therm can be used to shave uneven substrates to be levelled then subsequently covered with various types of flooring (ceramic tiles, marble, wood, plastic material, and so on), especially in cases where speed of execution is required and the finished flooring needs high resistance to loads and heavy traffic, along with high thermal conductivity and extensive levelling density. Some substrate examples include: • concrete slabs and cement screeds; • anhydrite substrates; • heated floors; • existing concrete flooring, terrazzo tiles, natural stones, magnesite. • existing ceramic flooring with the substrates subject to priming with two-component Syntech RGS resin (consumption approximately 1.2 kilograms/m2) and casting of Floor Level HP Therm on wet resin. Also suitable for particularly stressed areas of application, such as foundations subjected to intense dynamic-vibrational stress. The surfaces on which the product is to be applied must be cleaned of dust, free from contamination, paints, loose and crumbly parts, and so on. Adopt effective mechanical measures to remove residues that could impact upon product adhesion. On media with standard absorption, slightly wet the substrate with water to clean the surface and favour the bonding of Floor Level HP Therm. If the substrate is particularly absorbent, weak and crumbly or whereby it is not possible to slightly wet, prime the surfaces with the special aqueous resin dispersion Bond Plus, preferably spreading the product with a rigid-bristle brush to promote penetration into the base. In all cases where surfaces are primed with Bond Plus, the application of Floor Level HP Therm must take place “wet-on-wet” immediately after the first priming — with a consumption of Bond Plus at about 200 grams/square metres. On non-absorbent, vitrified, ceramised bases – such as ceramic or klinker tiles – prime surfaces with the bicomponent Syntech RGS resin (with a consumption of 1.2 kilograms/m2) and apply Floor Level HP Therm onto the resin whilst still fresh. Floor Level HP Therm is pumpable but, since the product has accelerated grip, the casting must be continuous and without interruption (with the pump to be entirely emptied before any stoppage to the pumping lasting more than 10 minutes). Approximately 1.8 kilograms/square metre of Floor Level HP Therm is needed for every millimetre of thickness to be achieved. Packaging: 25 kg bag Unit: €/kg