Produkty dla do silników (282)

Deterg Floor-HC Deterg Floor - HC is a biological detergent for hydrocarbons, liquid disintegrant based on selected microorganisms with the ability to instantly degrade hydrocarbons (HC) and organic residues. It is used for cleaning hard and semi-porous surfaces contaminated by hydrocarbons and mineral oils in the industrial and petrochemical sectors. Suitable for cleaning the floors of service stations, industrial floors, metalworking workshops, car workshops, etc. The dilution of the product with clean water free of impurities that is usually carried out varies from 1 to 3% (for example: 10 liters of water + 0.1 / 0.3 liters of DETERG FLOOR-HC). For surfaces particularly impregnated with hydrocarbons such as mechanical workshops, petrol stations, etc. a 5% dilution is recommended, which can be increased up to 10%. Deep cleaning of industrial floors affected by hydrocarbon (HC) stains such as garages, car parks, mechanical workshops, docks, car workshops, etc. It is advisable to treat surfaces previously cleaned of soluble salts and dirt, taking care to eliminate even the parts with poor surface adhesion. It is always essential to close the gaps greater than 0.3 mm. Apply on dry surfaces. In case of rain or surface washing, wait for the substrate to dry. Shake DETERG FLOOR-HC well before use. Dilute the product according to your needs. Pour the product diluted with water directly on the surface to be treated and spread it with a long-bristled brush, a plush roller or a suitable liquid scraper. Wait the necessary time for the product to act at its best (usually it takes several hours) and then clean the treated surface with plenty of water. It may be necessary to repeat the operation on particularly porous substrates and particularly impregnated with hydrocarbons. PLEASE NOTE: for the product to work properly, the treated surface must remain wet with the solution. For this reason, avoid applying it in the sun or in environments subject to high temperatures. Variable according to the dilution in water carried out, the porosity of the substrate, the depth of penetration of the hydrocarbons and the extent of the area to be treated. More applications may be required to achieve complete removal of harmful impregnants. Packaging: 5-liter can UM: €/l

Floorband 200 Floorband 200 – comprised of closed-cell polyethylene and being lightweight, waterproof, imputrescible, mould-proof and with a high resistance to chemical aggression and alkaline reactions of cementitious products – is mainly used as a perimeter insulating band during the construction of screeds and/or concrete flooring. Easy to apply product, of thermal shock resistant material (polyethylene) and glues, Floorband 200 is ideal for use with underfloor heating/cooling systems, traditional screeds and industrial flooring. Heating/cooling systems; traditional/lightened screeds; industrial flooring; as a separating element between wall and insulating materials of various kinds for floating floor applications. Apply 1 metre of Floorband 200 for every linear metre of walls to be insulated around the perimetre. Packaging: Roll of 100 meters UM: €/m

Consilex Barrier Cream Silane-based impregnating agent with gelatinous consistency for the formation of chemical barriers against capillary rising damp, particularly suited for new masonry, also cellular (refractory bricks, double uni, etc.). It is supplied in 600 cc aluminium-lined bags ("soft" cartridge), to be inserted in the appropriate caulking gun for sealants in bags. Consilex Barrier Cream is a silane-based concentrated cream, specifically formulated for masonry injections for forming high effectiveness chemical barriers, against capillary rising damp. The product is perfectly suitable for use in solid stonework (stone, brick, tufa, sandstone, concrete) but can also be effectively used in pierced tile blocks (cellular masonry). The cream has exceptional penetration and diffusion, and forms a stable chemical barrier, preventing damp from rising through capillaries into the masonry pores for several years. Consilex Barrier Cream combats efflorescence formation on masonry and does not alter the breathability of the media. The product is supplied in 600 cc aluminium-lined bags. To stop capillary rising damp in absorbent walls made of brick, mixtures, stones, tufa and also perforated brick, in new and old buildings, urban, rural, vintage and monuments. Draw a line parallel to the outside kerb or to the internal floor, at about 12-15 cm from the same. Prepare drilling points at 12-15 cm distance from one another on the traced line. The inclination of the holes should be between 0° (horizontal) and 20° down. The depth of the holes should be approximately 2/3 the thickness of the wall to inject. The drill bit to be used must have a diameter of 12-14 mm. Once the holes are finished, the dust produced by drilling is required to be eliminated. Consilex Barrier Cream should be injected into the wall using the special caulking gun for 600 cc or ml bags (of the type commonly used in sealants and mastics), both manual and pneumatic, according to the following procedure: - Insert the bag in the caulking gun chamber and remove the metal clip from the bag - Install the tube typically supplied with the caulking gun (instead of the plastic nozzle) - Extrude Consilex Barrier Cream in the designated holes for a consumption of about 20-25 ml per cm of masonry to be injected, per linear metre. Example: for a 40 cm wall, it will take about 1 litre per metre of Consilex Barrier Cream (25 ml/cm x 40 cm = 1000 ml per metre). - Once the injection is completed and the holes are closed (with a cement or lime mortar), the plaster should typically be removed after a few days to allow the masonry treated to dry better. - Finally, after completely drying the deplastered wall, it will be plastered again, preferably with macroporous dehumidifying plaster (Sanatigh). The consumptions specified are purely indicative, the exact amount to be used must always be determined by appropriate preliminary tests, especially in the case of perforated brickworks. Approximately 200 cc of Consilex Barrier Cream per linear metre of 10 cm thick masonry. Calculate the consumption in proportion to the thickness of the masonry to be restored. Packaging: cartridge of 600 cc UM: €/piece

Osmocem Quick Cement compound for instantaneously stopping water leaks in underground rooms or above-ground structures, even in the presence of negative thrust pressure. Based on rapid hardening and high resistance hydraulic binders of ultrafine quartz aggregates, shrinkage compensators, micronized hydrophobic products and specific additives for the regulation of rheology. It does not contain chlorides. Mixed with water it gives rise to a mixture of thixotropic plastic consistency, easily applied even vertically, which hardens in 30" - 60", adhering perfectly to the roughened support. Immediate stop of water infiltrations in building structures: basins, tanks, cellars, lift shafts, drains, underground masonry, etc. Examples of use: waterproof sealing of cracks and holes, waterproof repair before the addition of concrete, waterproofing systems made in combination with Flexseal 300 hydro-expansive sealant and waterproof mortars of the OSMOCEM line. Thoroughly clean the contact surfaces. In the case of cracks, discontinuities, cavities, etc. preliminarily prepare application sections countersinking towards the inside of the masonry, creating a "dovetail" shape (in order to facilitate the hydraulic sealing of the intervention). Remove any detached residual material from the prepared site, by means of pressure washing and jets of compressed air. Any interventions on temporarily dry surfaces require wetting of the support to saturation. Mix with water, if possible at a temperature not less than 20°C, no more than 250-300 cc per kg of product. The product reacts immediately and it is very quick, therefore mix from time to time the quantities of product strictly necessary and immediately applicable. Apply the product on site by hand exclusively and immediately after mixing the product with water while wearing protective rubber gloves. Press the mixed product firmly into the slot or hole and hold this pressure until the setting is complete (approx. 120 – 180 seconds). In case of multiple leaks, start the application of Osmocem Quick from the higher water leaks. Where necessary, in case of pressure infiltrations, proceed with the installation of drainage with a plastic tube, with small diameter, initially sealing sections adjacent to the drainage and then, once you stop the infiltration, sealing the drainage itself. Approximately 17 kg/m² of Osmocem Quick for every centimetre of thickness to be implemented (approximately 1700 kg per cubic metre). Packaging: 25 kg bag UM: €/kg

Armaglass Corner 99 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 99 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 99 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 99 is combined. Apply Armaglass Corner 99 in correspondence with all the corner areas of the reinforced plastering, in order to guarantee the structural continuity of the RINFOR SYSTEM reinforcement system. Based on the total length of the corner areas. Packaging: Loose from 1.05 meters UM: €/piece

Elastotex 120 Cloth Waterproof butt strap, consisting of a expandable elastomeric rubber, entirely coated on both sides with absorbent fabric, with an overall width of 12 cm. The product is distinctive for its simple and easy application, the ascertained watertightness to water and the high deformation capacity. Unlike Elastotex 120, where the elastic part is represented exclusively by the central part of the product (8 cm wide), the entire width of Elastotex 120 Cloth consists of an elastomeric material (12 cm), allowing a greater maximum expansion and adaptation to structural movements. In addition, the entire width of the band is lined with absorbent fabric, so it can be impregnated on a more extended portion of its surface, ensuring superior adhesion to the support. Connection of waterproofing surfaces adjacent to joints in structures or artefacts subject to thermal or dynamic movements, particularly suitable in waterproofing coating interventions that interweave the use of Osmocem Flex or Osmocem D. The application surfaces should be clean, free of incrustations, dust and non-adhering parts, carefully roughened. Previously apply Osmocem Flex or Osmocem D on the laying surfaces (with a layer of average thickness not less than 2 mm), for a width greater than that of the Elastotex 120 Cloth butt. Lay the strap and press it appropriately in the prepared osmotic mortar, ensuring the incorporation of the latter (for the whole width of the strap) in the fabric that covers it. Complete the coating with Osmocem Flex or Osmocem D. 1.1 m/m: 1 metre of Elastotex 120 Cloth for each linear metre, being careful to overlap the rolls of approximately 5-10 cm in correspondence with the edges of the band to guarantee the permanent water tightness of the system. Packaging: Roll of 30 meters UM: €/m

Rasocoat Premixed monocomponent powder compound, based on hydraulic binders, water-dispersible resins, selected siliceous and calcareous aggregates, specific agents, for the packaging, with the sole addition of water, of an adhesive thixotropic mortar for fine smoothing of elements in concrete, cementitious plasters, bastard mortar, plastic scratched, tiled coatings, HPFRC conglomerates and the bonding of expanded polystyrene and polystyrene insulation to masonry or old plaster, and polystyrene and glass fiber nets in the RINFOR SYSTEM 3 anti-tip system. Rasocoat is a gray color normal hardening smoothing compound with a maximum grain size of 0.6 mm, fiber-reinforced with Readymesh PM polypropylene microfibers. The particular composition gives the mortar obtained, by mixing Rasocoat with water only, high adhesive power even on difficult surfaces, high smoothness in application with a smooth trowel and easy surface finishing with a metal trowel or sponge float. Regularization and finishing of concrete walls, cement-based plasters or cement-lime mortar, before painting. Smoothing of plastic scratched as long as they are consistent, clean and well anchored to the substrate. Smoothing of tiled walls as long as they are firmly anchored to the substrate and after careful cleaning. Skimming of mineral wood panels (Eraclit® type). Smoothing of HPFRC conglomerates and very low porosity mortars. Realization of smoothing, coatings and gluing in thermal insulation systems, including constructions with expanded polystyrene panels. Skim coat capable of transferring stresses and incorporating ARMAGLASS STRUCTURA fiberglass meshes in the RINFOR SYSTEM 3 anti-tipping masonry system. The application surfaces must be clean, free of dirt, crumbly and incoherent parts, dust, etc. If the substrate consists of a scratched plastic or tiles, these must be consistent and well adherent to the substrate. Wash all the surfaces subject to the intervention with water in order to eliminate dusty residues that prevent proper adhesion. Absorbent substrates, such as plasters or concrete, must be thoroughly moistened with water, while substrates that are not porous or not porous, consisting of scratched plastic, tiles or HPFRC conglomerates, must be dry at the time of application. In any case, remove the surface water veils with compressed air or rags. Pour 2/3 of the total mixing water into the mixer, then gradually add the product and the remaining water, mixing until a homogeneous mixture of the desired consistency and free of lumps is obtained. Let the mixture rest for about 1 minute and then proceed with a further short mixing. Spread with a blade, smooth or notched metal trowel in the manner specific to the specific application and paying attention to the following procedures: - In the application of gluing the polystyrene panel, wait at least 24 hours (at 20 ° C), before proceeding to the following processing (smoothing, etc.). - In smoothing applications, do not exceed the overall thickness of 4 mm for each coat. The use of the Armaglass 160 alkaline-resistant fiberglass mesh is recommended. The mesh must be pressed with a smooth spatula on the still fresh mix, with the warning to create overlaps of at least 10 cm between the different mesh sheets (or in the joints between one panel and the next in the case of smoothing on heat-insulating panels). Once the first layer of Rasocoat has dried, proceed with the uniform application of the next layer. The consumption for gluing the panels is about 5-6 kg / m². Consumption for a normal two-coat reinforced leveling coat with a total thickness of 2 mm is approximately 3-4 kg / m². Consumption for reinforced leveling compounds in anti-tipping systems is approximately 8-10 kg / m². As an adhesive: approximately 5.5 kg/m². As a reinforced skim: from 3 to 4 kg/m² in normal skimming coats, from 8 to 10 kg/m² in skimming coats for the RINFOR SYSTEM 3 anti-tip system. Packaging: 25 kg bag UM: €/kg

Consilex Muffa Cleaner Transparent, ready-to-use cleaning agent, for the safe removal of scale blackish incrustations from moulds and biodeteriogenic manifestations, as well as for the revitalising renewal of wooden surfaces. It is particularly recommended for the cleaning and removal of the brown and blackish incrustations caused by humidity and mould, on masonry, internal and external plasters, chalk coatings, lime, cement, paint, plastic, wooden surfaces. It can be used effectively also for the restoration and renewal of wooden surfaces degraded and blackened by humidity and the weather. Cleaning and removal of deposits and stains caused by moulds and biodeteriogenic manifestations. Renovation and maintenance of wooden surfaces degraded by moulds and moisture. AS A CLEANING, DAMP PROOFING AGENT: Apply the product by spraying or brushing the surfaces to be cleaned, leave to work for a period of time ranging from 30 minutes to one hour; then remove the product with a sponge and rinse with water. In the case of particularly resistant concretions, repeat the operations described until their complete elimination. AS WOOD RENEWER: For surface cleaning, for example, before repainting, apply the product until rejection on soiled and/or blackened parts, with a sprayer or a brush. Remove the product after a few minutes with a damp sponge or brush with water. For a deeper treatment, to renew the original natural appearance of wood, leave the product to work for at least 12 hours. Then proceed with the removal of fouling with a brush and water and, after drying, proceed with the protective repainting with appropriate flatting or with transparent paints. Approximately 0,20 litres of Consilex Muffa Cleaner for every square metre of surface to be treated. Packaging: 1-liter can UM: €/l

Armaglass Pulbar ARMAGLASS PULBAR bars are pultruded bars made of E-CR glass fibre, known for its improved mechanical and durability characteristics compared to traditional E-glass, and impregnated with epoxy-vinyl ester thermosetting resin, thus guaranteeing perfect durability even in particularly aggressive where resistance to corrosion induced by chemical agents or stray currents becomes an essential requirement. ARMAGLASS PULBAR is sandblasted and spiral wound in order to ensure perfect adhesion to the concrete in accordance with the current qualification and design guidelines. Suitable for any type of joint between prefabricated elements, infills, bodies of different structures, partitions, doors and window frames, flooring. The insertion of a "joint base" filler material has many functions in both static and expansion joints: sizing the joint in the most appropriate shape and measurements for the characteristics of the sealant to be used, reducing the stresses internal to the sealant itself and on the adhesion to the walls; favouring the contact of the sealant with the side walls during joint filling; reducing sealant consumption. Sold in circular sections with a diameter equal to: 6, 10, 15, 20, 25, 30, 40 mm. 10, 15 and 30 mm sections are available ready to ship, other sizes are provided by request only. Filling the "joint base" for any type of joint between prefabricated elements, infills, bodies of different structures, partitions, doors and window frames, flooring, prior to laying the elastic sealant in the joint itself. The diameter of Filtene Fondogiunto should be about 25% greater than the width of the joint to allow a stable positioning of the profile and create sufficient resistance to the pressure exerted by the sealant during extrusion. Push with a tool with a rounded tip (free of sharp and pointy edges), capable of crossing the width of the joint, Filtene Fondogiunto, up to the desired depth and so as to leave on the surface an adequately deep seat for the subsequent sealant. Normally the depth of the sealing should be about half the width of the joint. Polyethylene foam is unaffected by solvents contained in the primers, but it is a good idea never to apply the adhesion promoter Protech Flex Primer on Filtene Fondogiunto, in order not to alter the anti-adherence properties. FILTENE can then be inserted into the joint after applying the primer, when the "dust-free time" is attained. Product to be purchased as needed. Packaging: Bulk - Diameter 16 mm UM: €/m

Armaglass Structura 250 280 g/m2 structural reinforcement mesh with 25 x 25 mm square mesh, in alkali-resistant fibreglass, containing >16% zirconium dioxide, constructed with a leno weave and primed with thermosetting polymer. Certified mesh for the anti-detachment of flooring; 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, conferring durability to the composite systems in which it is used. Suitable for any substrate and perfectly compatible with both cement-based and lime-based mortars. Ideal for any type of substrate. Particularly suited to preventing slab detachment in combination with special steel components, also together with mortars with a Unisan hydraulic binder base, which increases the performance of the system by ensuring breathability and a dehumidifying effect. Armaglass Structura 250 is a mesh for the structural reinforcement and consolidation of masonry and vaulted structures. It is ideal for reinforcing plasters with anti-overturning function, for the reinforcement and distribution of shrinkage stresses on walkable or drainage screeds and concrete flooring. A certified mesh to prevent slab detachment in combination with special steel components (screws, dowels, flanges). Application on masonry and vaults: In the event that connectors are being used, proceed with creating holes of a suitable diameter, in accordance with the chosen connection system and arranged in line with the design instructions and with the selected connection system (Armaglass Connector, Armaglass Connector SINGLE, Armaglass Connector Twin). Secure the connectors with resin anchors (Syntech Profix) or hydraulic binder-based slurry (Grout Cable, Sanafluens). Apply an initial layer of mortar (see the technical data sheet of the selected product), positioning the Armaglass Structura 250 mesh on the still-fresh mortar, taking care to ensure an overlap of at least 10 centimetres, before applying the second layer of mortar. Whilst the mortar is still fresh, lay the mesh sheeting, proceeding from top to bottom, and immersing with the help of a putty knife, being sure to overlap each segment by at least 10 centimetres and impeding the formation of bubbles and bends. Application on screeds: Apply an initial layer of screed (see the technical data sheet of the selected product), laying the Armaglass Structura 250 mesh on the first layer of still-fresh screed, taking care to ensure an overlap of at least 10 centimetres, then applying the second layer of screed. 1.1 m/m²: The sheets adjacent to the fibreglass mesh are to be overlapped along the edges by at least 10 centimetres. Packaging: Roll of 50 m2 UM: €/m2

Armaglass Grid 33 Armaglass Grid 33 is a square reinforcement gusset, with a side of 17 cm, made with glass yarn bars and pultruded epoxy resin. The monolithic, bidirectional mesh has a 33x33mm mesh, with a bar diameter of 3mm. 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. Armaglass Grid 33 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 Armaglass Structura meshes in pultruded glass 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 Grid 33 is combined. Apply Armaglass Grid 33 together with the Armaglass Connectors provided in the reinforced plastering cycle, in order to guarantee greater structural collaboration between the mesh, connector and mortar of the RINFOR SYSTEM reinforcement system. Based on the connectors provided in the CRM system. Packaging: Bulk from 1 piece UM: €/piece

Readymesh MM-150 Fibres, obtained by the cutting of steel wire, with improved adhesion profile, for three-dimensional general structural reinforcement of cement-based conglomerates. The addition of Readymesh MM-150 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. Readymesh MM-150 are particularly recommended for increasing ductility, toughness and thermal conductivity in concrete coatings for floor heating systems. General preparation of screeds, cements and fibre-reinforced concrete. Particularly recommended for compact prefabrications, thin concrete floorings and radiant floor heating systems. "Readymesh MM-150 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 or into the onsite mixer. In this case, extend the mixing time by at least one minute (after a minimum of 3 minutes) for every m³ of packaged concrete in order to achieve optimal distribution. If using a 200-litre onsite mixer, add the fibres immediately after loading part of the aggregates and before adding the remaining parts. The typical dosage of Readymesh MM-150 fibres varies from 15 to 30kg/m³. Conglomerates with Readymesh MM-150 can be easily transported and used with pumps, joiners, vibratory finishing machines, roadway extruders (e.g. slipform paver), etc. These fibres are typically used in conglomerates that have an aggregate diameter not exceeding 10-15mm." Variable according to the type of work to be carried out and/or performance to be achieved. Packaging: 20 kg bag UM: €/kg

Fibrostuck Adhesive filler, white in colour, for grouting and filling cracks and fissures and small imperfections on plasters and external walls, also in combination with Sanaxil Filler. Fibrostuck is specifically formulated for filling, for the regularisation and the levelling of different types of surfaces: concrete, mineral and cement plasters, wood, etc.; it is ready-to-use and must be remixed, slowly, only upon its application. The three-dimensional reinforcement of nylon fibres provides different levels of finishing and weaving; it can be recoated directly, without resorting to fixatives or insulation materials; it allows the construction of perfect bases for the subsequent application of finishing products. Reclamation of the degenerative condition (cracks and discontinuities) of external walls, prior to the finishing operations, painting, etc. The surfaces should be clean and free of any dirt, crumbling and non-adhering parts, dust, etc., conveniently saturated with water until they reach the condition "saturated with dry surface". The cracks to be grouted should be preliminarily opened, cleaned, brushed and dedusted; where necessary they should also be treated with the fixative Protech Fix AC. Work by spreading the product with a spatula or steel trowel, grouting or skimming with one or many coats, until achieving the correct filling and/or levelling. Avoid applying in conditions of rain and high humidity, which could compromise proper drying with consequent possibility of runoff that may continue for several days. Approximately 1.75 kg of Fibrostuck for each cubic decimetre of volume to be grouted (approximately 1750 kg per cubic metre). Packaging: 5 kg bucket UM: €/kg

Intonet M25 Plaster, premixed, fibre-reinforced, based on hydraulic binders with a low content of soluble salts, for reinforced plastering, bedding of bricks, plastering, repair and covering of internal and external walls and masonry, repair of concrete elements. Intonet M25 is a fibre-reinforced premix with READYMESH PM technology, made up of hydraulic binders, siliceous aggregates, special additives and microsilicas with high pozzolanic activity. These microsilicas, with very fine particle size, increase the mechanical performance of the plaster and have very positive effects on its durability, preventing the development of unwanted reactions between the hydraulic binders and the saline compounds which are usually present in the masonry (sulphates), or come from particularly aggressive exposure environments (chlorides, nitrates). The particular balance between breathability, absorption, mechanical performance, durability, resistance to chemical attacks makes the use of INTONET M25 particularly recommended for restoration and reinforcement operations of brick, stone or mixed walls. Intosana does not contain resins, solvents or radio-emissive aggregates. For thicknesses exceeding 20 mm it is advisable to improve the anti-cracking ability by inserting a suitable fiberglass plaster-holder mesh from the ARMAGLASS line. Mechanical parameters after immersion for 180 days in water saturated with: a) calcium sulphate, b) magnesium sulphate, c) sodium chloride = variations ± 3%. Plastering, repair and reinforcement of brick, stone or mixed walls, both externally and internally. Reinforced plastering combined with reinforcement mesh and connectors from the ARMAGLASS line. Mortar for bedding and unsewing operations on walls. Filling of joints, cracks and lesions on walls. Restoration and repair of reinforced concrete elements. The application surfaces must be clean, free of dirt, crumbly and inconsistent parts, dust, etc., suitably roughened and saturated with water until reaching the "saturated dry surface" condition. In walls to be plastered with the CRM technique it is always advisable to carry out a deep skiving of the joints, which will constitute the support base for a tenacious adhesion of the plaster to the masonry. Concrete surfaces must always be properly treated until a degree of roughening > 5 mm is obtained and freed from dust by pressure washing. Pour approximately 2/3 of the mixing water into the mixer and gradually add INTONET M25 and the remaining water necessary, continuing mixing until a homogeneous mixture, free of lumps, of the desired consistency is obtained. The approximately necessary mixing water is equal to 15-16% by weight (3.75-4 liters per 25 kg bag). The application can be carried out using manual methods (trowel, trowel) or mechanical spray methods. Protect fresh surfaces from direct sunlight, rain and wind, ensure prolonged humid maturing. It is advisable to apply the plaster after applying an adequate adhesion render. The render can be made with INTONET M25 with a plastic-fluid consistency or by applying the specific UNTERSANA product. Both must be applied in a "sprizzo" ("sbruffatura") and must create a rough, corrugated surface, suitable for facilitating the adhesion of the subsequent plaster, which must be applied within 2-3 days. Approximately 19 kg/m² of INTONET M25 for each centimeter of thickness to be created (approximately 1900 kg for each cubic meter). Packaging: 25 kg bag Unit of Measure: €/kg

Fluid Hydro Fluid Hydro is a special aqueous emulsion additivated with white water-repellent products consisting of active components with an alkyl-silane base. The main characteristic is the property of reducing water permeability in concretes, plasters and mortars both due to the capillarity and lashings of water. Fluid Hydro exerts a water-repellent action as the water-repellent particles disperse evenly during the mixing phase of the conglomerate. The action of Fluid Hydro is not affected over time given that the individual particles are insoluble in water and durable in aggressive environments (alkaline, sulphatic water, chlorinated water). Fluid Hydro is recommended in the production of concrete and mortar to reduce water permeability. In plasters or mortars, it is mainly used for outdoor purposes as it greatly reduces the phenomenon of efflorescence and the biological proliferation of mould and moss. Fluid Hydro is suitable for all types of concretes, plasters and mortars, used individually or in combination with other Azichem products, to be added separately. Dispersing the product in the water of the mixture before going into the mixer is recommended. Fluid Hydro is dosed at about 0.5% of the weight of the binder. In any case, it is advisable to create test mixtures to establish the ideal Fluid Hydro dosage. Fluid Hydro should be stored at temperatures above 5° C and mixed before use. Given the water-repellent characteristics conferred to the mass of the mixture, it is not recommended to use for prestressed works. From 0.1 to 1.0 kilogram of Fluid Hydro every 100 kilograms of hydraulic binder present in the mixture (cement and/or hydraulic lime); an average of 350–500 grams to achieve good water repellency. Dilute 1:10 with water for use as a surface treatment of porous supports. The dosage varies according to the porosity of the substrate. The solution must be applied in 2 - 3 "coats" to obtain the best effect. Packaging: 10 kg canister Unit of Measure: €/kg

Armaglass Structura 33 Monolithic GFRP mesh made with glass yarn bars and pultruded epoxy resin. 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 large square meshes, the size of which is ideal for use with CRM mortars. Armaglass Structura 33 combines lightness and reduced thickness with excellent mechanical characteristics in the warp and weft. It resists atmospheric agents and aggressive environments, giving durability to the composite systems in which it is used. Suitable for any support and perfectly compatible with both cement-based and lime-based mortars. Advantages: Easy installation Lightness, reduced thicknesses High mechanical performance Durability Stainless Radiolucency Zero electrical conductivity. The Armaglass Structura 33 fiberglass mesh, combined with our lime-based mortars (Intosana, Unisan) or cementitious (REPAR line) and Armaglass Connector GFRP connectors, is used for the reinforcement of masonry and concrete structures through the reinforced plaster technique (CRM system: Composite Reinforced Mortar). The mesh is a component of our RINFOR SYSTEM systems, which also include GFRP corners, gussets and connectors. The mesh can also be used as reinforcement for collaborating caps, screeds, restorations with structural mortars on reinforced concrete structures (tunnel linings, port quays, pillars, piles, etc.), especially when located in aggressive environments (marine aerosols, salts de-icers etc.). To prepare the support, carefully follow what is indicated in the technical data sheets of the mortar with which the Armaglass Structura 33 mesh is combined. For CRM reinforced plastering interventions: Cutting the net Unroll to the required length and preliminarily cut the mesh with a cutting hose with a diamond blade or tinsmith's shears. During the unrolling and handling of the rolls of net, be careful not to damage the net. Application of the CRM System Removal of existing plaster or concrete cover and all deteriorated parts. Saturate the support with low pressure water, apply if necessary (due to the conditions of the masonry, the type of mortar used or the thickness of the reinforcement) a rough coat of mortar, manually or with a plastering machine and leave the surface unfinished. Place the Armaglass Structura 33 mesh on the surface of the masonry to be reinforced. At the overlaps, overlap the mesh bands by at least 15 cm. GFRP Armaglass Connectors, with improved adhesion and 8mm diameter, are used as connection elements of the reinforcement system. Before installation, mark their arrangement on the support beforehand. Use a rotary drill to make holes with a diameter of 12 mm to house the connector (if working on one side only, the hole must be pushed deep to at least 2/3 of the thickness of the wall). Before inserting the connector into the hole, position the Armaglass Grid 33 GFRP distribution gusset which will be blocked against the mesh during the grouting phase of the connector. Carry out a thorough cleaning of the hole and grout the connector with chemical anchor (Syntech Profix or Syntech Fix EP). Proceed with spraying or throwing the mortar, in one or more hands. The mortar will entirely cover the GFRP elements with a total thickness according to the design documents. In order to guarantee the structural continuity of the reinforcement system in correspondence with all corner areas (openings, etc.), apply Armaglass Corner 33 GFRP corner piece. In case of intervention on both faces, two connectors will be inserted, one long and one short (the relative lengths must be chosen according to the thickness of the masonry). Make the 12 mm through hole. At the face where the short connector will be inserted and where the two connectors will overlap, enlarge the hole until reaching a total diameter of the hole equal to approximately 22-24 mm. The overlap between the connectors must be at least 11 cm long. After drilling the holes, carefully clean them with compressed air and inject chemical anchor based on Syntech Fix EP epoxy resin. Before inserting the connectors into the holes, always position GFRP Armaglass Grid 33 distribution gussets which will be blocked against the mesh during the grouting phase of the connectors. Proceed with spraying or throwing the mortar, in one or more hands. The mortar will entirely cover the GFRP elements with a total thickness according to the design documents. During the mortar curing phase, protect it from thermal stress and conditions of strong evaporation. It is always advisable to cure the mortar in a humid environment for at least 48-72 hours. Packaging: Roll of 100 m2 Unit of Measure: €/m2

Grout 2 HP Grout 2 HP is a pourable, fiber-reinforced mortar, used for structural restoration operations, anchoring of steel bars and strands, reinforced micropiles, tie rods, and riveting. The formulation contains very fine high-strength cements, micro-silicas with pozzolanic activity, aggregates in a rational granulometric curve (0.1 ÷ 1.8 mm), and special antisegregative additives. The product is mixed with 11% - 12% of water, requiring vigorous and prolonged mechanical mixing. The special formulation of Grout 2 HP provides the castings with mechanical strength, fracture energy, exceptional durability, and very high chemical-physical resistance. Grout 2 HP has a workability time of about 60-90 minutes, after which the setting process is triggered, followed by progressive hardening. The plastic and hygrometric shrinkage is extremely low thanks to the presence of Readymesh PM-060 multifilament synthetic fibers, which provide volumetric stability. The performances that make Grout 2 HP unique are: • very high compressive mechanical strengths (> 90 MPa at 28 days), • very high mechanical resistance to bending-traction (> 12 MPa after 28 days), • excellent durability and resistance to chemical attacks. Grout 2 HP is used for structural restoration operations, anchoring of steel bars and strands, reinforced micropiles, tie rods, and riveting. It is particularly suitable for operations where high mechanical performance is required after short curing (compressive strength at 3 days > 60 MPa) and in operations carried out in severe exposure environments (XC - XS - XF), characterized by aggression from sulphates, chlorides, and nitrates. The material can also be used for repairs in anchoring areas subject to high stresses. The application surfaces must be clean, free of dirt, crumbly and incoherent parts, dust, etc., and suitably saturated with water until reaching the condition of "saturated with dry surface". Adequate roughening of the surfaces by scarifying, sandblasting, etc. is always necessary 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). It is strongly recommended, for optimal performance of site operations, to use a vertical axis mixer with planetary movement or a double horizontal helicoid. The powder is mixed with drinking water to the extent of 11% - 12%, referring to the total weight of the mortar (about 2.75 liters per 25 kg bag) until a homogeneous mixture is obtained. Mixing time: about 4 minutes with a high efficiency mixer. The anchoring can be filled with a single screw pump, for mortars. Pumping must be carried out at a controlled speed to ensure a low working pressure. In case of restorations, the surface must be protected, after application, by polyethylene sheets or anti-evaporation treatments. Packaging: 25 kg bag Unit of Measure: €/kg

Fluid spritz AF Alkali-free mineral reactivity solution to be used to accelerate sprayed concrete and shotcrete, in the consolidation of rocks outdoors and/or in tunnels, in the construction of self-sustaining and waterproofing coatings of tunnels, canals, vaults, basins, underground works, etc., to be used both dry and wet directly in the mix design of the concrete to be sprayed. Fluid Spritz AF is a widely-used accelerant characterised by ease-of-use and variability in dosing according to the specific needs of the worksite, with a reduction in the number of coating layers to be applied and in the time needed to complete the carryovers, with less rebound waste and the option to operate even in cold temperatures. Packaging of sprayed mortars and concrete mixes including with specific equipment (shotcrete pumps, pumping machines) for hydrated mixtures in the consolidation of rocks outdoors and/or in tunnels, in the construction of coatings also with a load-bearing function, in tunnels, on posts, pilings, diaphragms, canals, vaults, basins, dams, and so on. For waterproofing below-ground works. Can be used in collaborative slabs, for the safety of buildings affected by earthquake. Fluid Spritz AF can be used wet directly in the concrete to be sprayed or can be placed ahead of time in a container of suitable capacity to be added directly to the spray lance. It is always advisable to carry out preliminary tests to determine the addition of the most suitable percentage of product. Use 8–10% of Fluid Spritz AF on the weight of cement present in the mixture to exude and according to the application conditions and type of concrete (range of use: between 8–10 kilograms per 100 kilogram of cement in the design mix). Packaging: 25 kg canister UM: €/kg

Armaglass Structura 66 Monolithic GFRP mesh made with glass yarn bars and pultruded epoxy resin. 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 large square meshes, the size of which is ideal for use with CRM mortars. Armaglass Structura 66 combines lightness and reduced thickness with excellent mechanical characteristics in the warp and weft. It resists atmospheric agents and aggressive environments, giving durability to the composite systems in which it is used. Suitable for any support and perfectly compatible with both cement-based and lime-based mortars. Advantages: Easy installation Lightness, reduced thicknesses High mechanical performance Durability Stainless Radiolucency Zero electrical conductivity. The Armaglass Structura 66 fiberglass mesh, combined with our lime-based mortars (Intosana, Unisan) or cementitious (REPAR line) and Armaglass Connector GFRP connectors, is used for the reinforcement of masonry and concrete structures through the reinforced plaster technique (CRM system: Composite Reinforced Mortar). The mesh is a component of our RINFOR SYSTEM systems, which also include GFRP corners, gussets and connectors. The mesh can also be used as reinforcement for collaborating caps, screeds, restorations with structural mortars on reinforced concrete structures (tunnel linings, port quays, pillars, piles, etc.), especially when located in aggressive environments (marine aerosols, salts de-icers etc.). To prepare the support, carefully follow what is indicated in the technical data sheets of the mortar with which the Armaglass Structura 66 mesh is combined. For CRM reinforced plastering interventions: Cutting the net Unroll to the required length and preliminarily cut the mesh with a cutting hose with a diamond blade or tinsmith's shears. During the unrolling and handling of the rolls of net, be careful not to damage the net. Application of the CRM System Removal of existing plaster or concrete cover and all deteriorated parts. Saturate the support with low pressure water, apply if necessary (due to the conditions of the masonry, the type of mortar used or the thickness of the reinforcement) a rough coat of mortar, manually or with a plastering machine and leave the surface unfinished. Place the Armaglass Structura 66 mesh on the surface of the masonry to be reinforced. At the overlaps, overlap the mesh bands by at least 15 cm. GFRP Armaglass Connectors, with improved adhesion and 8mm diameter, are used as connection elements of the reinforcement system. Before installation, mark their arrangement on the support beforehand. Use a rotary drill to make holes with a diameter of 12 mm to house the connector (if working on one side only, the hole must be pushed deep to at least 2/3 of the thickness of the wall). Before inserting the connector into the hole, position the Armaglass Grid 66 GFRP distribution gusset which will be blocked against the mesh during the grouting phase of the connector. Carry out a thorough cleaning of the hole and grout the connector with chemical anchor (Syntech Profix or Syntech Fix EP). Proceed with spraying or throwing the mortar, in one or more hands. The mortar will entirely cover the GFRP elements with a total thickness according to the design documents. In order to guarantee the structural continuity of the reinforcement system in correspondence with all corner areas (openings, etc.), apply Armaglass Corner 66 GFRP corner piece. In case of intervention on both faces, two connectors will be inserted, one long and one short (the relative lengths must be chosen according to the thickness of the masonry). Make the 12 mm through hole. At the face where the short connector will be inserted and where the two connectors will overlap, enlarge the hole until reaching a total diameter of the hole equal to approximately 22-24 mm. The overlap between the connectors must be at least 11 cm long. After drilling the holes, carefully clean them with compressed air and inject chemical anchor based on Syntech Fix EP epoxy resin. Before inserting the connectors into the holes, always position GFRP Armaglass Grid 66 distribution gussets which will be blocked against the mesh during the grouting phase of the connectors. Proceed with spraying or throwing the mortar, in one or more hands. The mortar will entirely cover the GFRP elements with a total thickness according to the design documents. During the mortar curing phase, protect it from thermal stress and conditions of strong evaporation. It is always advisable to cure the mortar in a humid environment for at least 48-72 hours. Packaging: Roll of 100 m2 UM: €/m2

Grout Micro-J An anti-shrinkage, pourable, self-levelling, super-adhesive micro-mortar, based on high-strength cements, super-pozzolanic fillers, polymeric stabilisers and anti-shrinkage agents. Aggregates with a maximum size of 0.35 mm. Ideal for consolidating and reinforcing injections on concrete, masonry and cracked/damaged rock. Anchors and fastens steel bars, pins, brackets and so on, to concrete, masonry and rock. Injections of reinforcement and reinforcement of concrete, masonry, rock works etc. Anchoring and fixing of ties, electrowelded steel mesh, beam ends for construction joints etc. Sealing of post-tensioning sheathing. Creation of filling paddings in the spaces between conduits and excavation holes. 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). When used for anchoring and fixing of bars, perform holes with an increased diameter of at least 4 mm compared to the diameter of the bar. Suck the dust inside the hole. Abundantly humidify the internal surface of the hole to facilitate entry, scrolling and adherence of the micromalta to the support. Pour 2/3 of the total mixing water into the mixer, gradually add the product and, subsequently, the remaining water, mixing until a homogeneous mixture of the desired consistency is obtained. GROUT MICRO J can be mixed with different consistencies, from plastic to self-leveling pourable. With 12-13% of water (3.0 - 3.25 liters / 25 kg bag) plastic consistencies are obtained, with 13-14% (3.25-3.5 liters / 25 kg bag) consistencies castable, with 14-15% (3.5-3.75 l / 25 kg bag) self-leveling fluid consistencies. Small-volume doughs can be mixed with a double / triple helicoid whisk equipped with a speed regulator. Put in place by injection or pouring within 60' of packaging. If the temperature, at the time of application, is between 0 and 5 ° C, the development of mechanical strength will be slower. It is recommended, with cold temperatures, to use lukewarm mixing water between 20 ÷ 30 ° C. If the temperature, at the time of application, is between 30 and 35 ° C, it is advisable to use mixing water at a low temperature (5 ÷ 10 ° C) and to apply the product in the coolest hours of the day (indicatively morning or evening). Approximately 1700 kg of Grout Micro-J for every cubic metre of mixture to be made. Packaging: 25 kg bag Unit of Measure: €/m

Armaglass Structura 99 Monolithic GFRP mesh made with glass yarn bars and pultruded epoxy resin. 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 large square meshes, the size of which is ideal for use with CRM mortars. Armaglass Structura 99 combines lightness and reduced thickness with excellent mechanical characteristics in the warp and weft. It resists atmospheric agents and aggressive environments, giving durability to the composite systems in which it is used. Suitable for any support and perfectly compatible with both cement-based and lime-based mortars. Advantages: Easy installation Lightness, reduced thicknesses High mechanical performance Durability Stainless Radiolucency Zero electrical conductivity. The Armaglass Structura 99 fiberglass mesh, combined with our lime-based mortars (Intosana, Unisan) or cementitious (REPAR line) and Armaglass Connector GFRP connectors, is used for the reinforcement of masonry and concrete structures through the reinforced plaster technique (CRM system: Composite Reinforced Mortar). The mesh is a component of our RINFOR SYSTEM systems, which also include GFRP corners, gussets and connectors. The mesh can also be used as reinforcement for collaborating caps, screeds, restorations with structural mortars on reinforced concrete structures (tunnel linings, port quays, pillars, piles, etc.), especially when located in aggressive environments (marine aerosols, salts de-icers etc.). To prepare the support, carefully follow what is indicated in the technical data sheets of the mortar with which the Armaglass Structura 99 mesh is combined. For CRM reinforced plastering interventions: Cutting the net Unroll to the required length and preliminarily cut the mesh with a cutting hose with a diamond blade or tinsmith's shears. During the unrolling and handling of the rolls of net, be careful not to damage the net. Application of the CRM System Removal of existing plaster or concrete cover and all deteriorated parts. Saturate the support with low pressure water, apply if necessary (due to the conditions of the masonry, the type of mortar used or the thickness of the reinforcement) a rough coat of mortar, manually or with a plastering machine and leave the surface unfinished. Place the Armaglass Structura 99 mesh on the surface of the masonry to be reinforced. At the overlaps, overlap the mesh bands by at least 15 cm. GFRP Armaglass Connectors, with improved adhesion and 8mm diameter, are used as connection elements of the reinforcement system. Before installation, mark their arrangement on the support beforehand. Use a rotary drill to make holes with a diameter of 12 mm to house the connector (if working on one side only, the hole must be pushed deep to at least 2/3 of the thickness of the wall). Before inserting the connector into the hole, position the Armaglass Grid 99 GFRP distribution gusset which will be blocked against the mesh during the grouting phase of the connector. Carry out a thorough cleaning of the hole and grout the connector with chemical anchor (Syntech Profix or Syntech Fix EP). Proceed with spraying or throwing the mortar, in one or more hands. The mortar will entirely cover the GFRP elements with a total thickness according to the design documents. In order to guarantee the structural continuity of the reinforcement system in correspondence with all corner areas (openings, etc.), apply Armaglass Corner 99 GFRP corner piece. In case of intervention on both faces, two connectors will be inserted, one long and one short (the relative lengths must be chosen according to the thickness of the masonry). Make the 12 mm through hole. At the face where the short connector will be inserted and where the two connectors will overlap, enlarge the hole until reaching a total diameter of the hole equal to approximately 22-24 mm. The overlap between the connectors must be at least 11 cm long. After drilling the holes, carefully clean them with compressed air and inject chemical anchor based on Syntech Fix EP epoxy resin. Before inserting the connectors into the holes, always position GFRP Armaglass Grid 99 distribution gussets which will be blocked against the mesh during the grouting phase of the connectors. Proceed with spraying or throwing the mortar, in one or more hands. The mortar will entirely cover the GFRP elements with a total thickness according to the design documents. During the mortar curing phase, protect it from thermal stress and conditions of strong evaporation. It is always advisable to cure the mortar in a humid environment for at least 48-72 hours. Packaging: Roll of 100 m2 UM: €/m2

Osmosana Osmotic brushable hydraulic lime-based compound, for the construction of vertical barriers, waterproofing, in porous structure masonry (brick, natural stone, etc.) in ecological building interventions, new buildings and in the restoration of vintage buildings and monuments. Osmosana is based on lime and hydraulic binders, botticino, kaolin, silica aggregates, tartaric acid, different silicates and carbonates. It has no traces of resins, solvents and radioemissive aggregates. The hydraulic reaction of Osmosana produced by the natural chemical combination, of water lime and kaolin (metakaolin or industrial cocciopesto (lime mortar with crushed pottery)), also called "superpozzolanic" reactivity, is comparable to the hydration reaction of cement materials, but in ecological building key. Waterproofing treatments of brick or mixed external walls, 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), before backfilling. Anti-capillary rising damp treatments in the construction of subbase screeds. 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 Osmosana and the remaining water; continue to mix until a homogeneous lump-free mixture is obtained. After mixing is completed wait a few minutes before applying. Apply on site with a brush, spatula or roller, depending on the desired result. The mixing water indicatively necessary is 24-36% by weight (6-7 litres/bag for applications with the spatula, 8-9 litres/bag for applications by brush or roller). Approximately 1.4 kg/m² of Osmosana for each millimetre of thickness to be made. Packaging: 25 kg bag Unit of Measure: €/kg

Grout 6 Grout 6 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 6 mm. It is ideal for restorations, reinforcements and seismic adjustments for medium-to-high thicknesses (4–15 cm), on structures in reinforced concrete and masonry. Structural restoration, dimensional adjustments, reinforcements, high dimension anchorages, drawing and armouring works, etc., by pumped or poured casting installation. Realisation 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 19,50 kg/m² of Grout 6 for every centimetre of thickness to be implemented (approximately 1950 kg per cubic metre). Packaging: 25 kg bag Unit of Measure: €/kg

Protech Flex gray A single-component, moisture-curing and fast-hardening polyurethane sealant with a medium-to-high modulus of elasticity, remaining permanently elastic yet with high surface hardness and being tear- and weather-resistance and paintable. Ideal for the deformable sealing of expansion joints on terraces and balconies, for filling joints on prefabricated walls and on wooden, steel, aluminium, copper and plastic materials along with plasters and so on. - Free from solvents, PVC, halogenated compounds, odourless. - Permanently elastic, high resistance to raging and to the atmosphere. - Free of shrinkage and dimensionally stable. - High thixotropy: it does not drip and does not create burrs. Easy workability. - It is not sticky and does not accumulate dust and dirt. - Over-paintable after polymerisation has been completed. The high versatility and excellent adhesion to different media make Protech Flex the most suitable adhesive sealant for flooring and roofing joints made of concrete, wood products, steel, stainless steel, aluminium, anodised aluminium, galvanized steel sheets, copper, plastics, etc. The application supports must be perfectly clean and dry, free from dust and soiling. Preliminarily treating the side walls of the joint with the appropriate primer single-component polyurethane Protech Flex Primer. It is appropriate to provide for inserting into the joint, whatever its nature, the specific foamed polyethylene kerb Filtene Fondogiunto, of the appropriate size to the joint to be sealed. Prepare an easily removable paper ribbon (coachbuilder ribbon type) on both sides of the joint, in order to prevent the sealant overflowing outside of the natural seating of the joint. Slowly and carefully extrude the sealant from the cartridge in the specially prepared seat of the joint, with the appropriate gun (of the type for silicone). Before the total hardening of the sealant, spread it to the brim with spatula on the surface of the joint. After hardening, remove the adhesive tape. Clean any product overflows from the seat of the joint with suitable solvents (like acetone or Nitro thinner). Indicative consumption with a 300 cc Protech Flex cartridge: 5x2,5 mm joint = 20 linear metres; 10x5 mm joint = 6 linear metres; 15x7,5 mm joint = 2,5 linear metres; 20x10 mm joint = 1.5 linear metres. Packaging: Cartridge of 300 cc UM: €/piece

Consilex Nanosil T-1000 An impregnating water-oil repellent that is colourless, non-film and based on the nano-dispersion of silicon compounds. Protects lime-based plasters, cement mortars, concrete, natural stones, bricks, wood and so on from the weather, frost and thaw cycles, and aggressive atmospheric conditions. It does not alter the colour of the support nor impact the original appearance or breathability. Product characterized by a very high pearling effect (lotus flower effect) and excellent durability. Consilex Nanosil T-1000 belongs to the new generation of water-soluble fluorinated silica compounds, characterised by zero emissions of VOCs and the absence of flammability and toxicity. The active substance penetrates the porosity and micro-lesions, adhering to the support and counteracting the penetration and advancement of liquids without blocking the breathability of the support. The special chemical structure of Consilex Nanosil T-1000 ensures its high stability to alkali and thus its durability over time on various types of supports, such as: lime-based plasters, cement mortars, concrete, brick, natural stone and wood. The product differs from other treatments on the market due to having the following characteristics: - non-flammable - non-film - zero VOC - stable in water - free from emulsifiers - environmentally-friendly The treatment of absorbent materials carried out with Consilex Nanosil T-1000 is characterised by: - durability over time - total transparency - no variations to the surface colour - excellent water vapour breathability - elevated pearl effect - resistance to acids and alkalis - resistance to UV rays - an absence of reactive by-products that are harmful to people and the environment. An impregnating treatment that is water-oil repellent, non-film, totally transparent and colourless, for above-ground masonry in brick, marble, slate, limestone, natural stone and tuff, cement or brick flooring, lime- or cement-based plasters and mortars, etcetera. It is recommended that surfaces be treated prior to remove soluble salts and dirt, along with parts with poor surface adhesion. Cracks greater than 0.3 mm must always been filled. Apply to dry surfaces. In the event of rain or surface washing, wait 3 days at a temperature of at least 20° C prior to treatment. Apply the product homogeneously and evenly, by spraying at low pressure or brushing, taking care to achieve the best saturation of the substrate. Consilex Nanosil T-1000 comes ready-to-use. The quantity of product required depends on the porosity and absorption of the substrate to be treated, generally ranging from 100 to 200 grams/square metre. If very porous surfaces are to be treated, diluting the product with demineralised water at a ratio of 1:1 is advisable. Consilex Nanosil T-1000 is completely transparent and colourless, yet a preliminary test on the specific support is always recommend to verify any possible—albeit rare—presence of imperfections. From 0.10 to 0.20 kg of Consilex Nanosil T-1000 per square metre of surface to be treated, depending on the porosity of the base. Packaging: 5 kg canister Unit of Measure: €/kg

Rasowhite 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 Rasowhite and the remaining water; continue mixing until you obtain an even mix free of lumps. The mixing water should be approx. 20 - 22% 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 Rasowhite for each millimetre of thickness to be made. Packaging: 25 kg bag Unit of Measure: €/kg

Osmocem 447 Anti-leaching mortar with plastic consistency, fast-hardening, based on silica fume, high resistance hydraulic binders, polymeric binders and selected siliceous aggregates; free from chlorides, aluminium, metal powders and harsh substances. Osmocem 447 is a rheoplastic, anti-leaching, quick-setting cement mortar for coatings in critical conditions, repairs, waterproofing even in the presence of moderate water runoff, coatings and fast renovation of hydraulic works. It is based on fast hardening hydraulic binders and superpozzolanic reactive fillers. It hardens without problems even if it is immersed in water. Due to the large amount of superpozzolanic reactive agents within the mortar itself, the water does not affect the cement granule at all and thus it does not leach the conglomerate. Thanks to its plastic consistency, Osmocem 447 is suitable for both horizontal and vertical coating applications. Repairs, fast waterproofing even in the presence of moderate water runoff, quick coatings and renovation of hydraulic works, even in the presence of strong humidity and in very cold temperature conditions: raft foundations, walls, tanks, pipes, pondage, etc. To quickly close large gaps in pilings and diaphragms. Repairs and quick coatings of road circuits and airport runways. For the correction of the rapidity of hardening of reinforced fibre mortars of the REPAR family. The application surfaces should be clean, free of incrustations, dust, non-adhering parts, etc. Pour about 2/3 of the mixing water into the mixer, add Osmocem 447 and the remaining water; continue to mix until a homogeneous, lump-free mixture is obtained. The mixture water should be about 15%-16% by weight (4-4.5 litres per bag), adjust the amount of water based on the different application situations that the product is designed for. Apply on site and float with all due care in order to obtain the best compactness of planar recovery or of the coating. Approximately 19 kg/m² of Osmocem 447 for every centimetre of thickness to be implemented (approximately 1900 kg per cubic metre). Packaging: 25 kg bag Unit of Measure: €/kg

Floor Tenax SFR Floor Tenax SFR is a pourable, plastic/fluid fast-hardening mortar, usable for smoothing and repairs with a subtle thickness (from 4 mm to 20 mm) of deteriorated flooring and for the structural repairs of reinforced concrete with increased ductility. The formulation contains ultra-fine high-strength cements, microsilica compounds with pozzolanic activity, rational granular aggregate composition curve (0.1–1.8 mm), special additives and Readymesh MR-060 brass-plated metal microfibres. The special shape coefficient and particular surface conformation of this fibre confer to the artefact on which it is applied an exceptional reduction in hygrometric shrinkage, the dissipation of tension upon heavy stresses and high thermal conductivity. The product mixes with very low water/binder ratios (<0.32). Floor Tenax SFR has a workability time of approximately >120 minutes, after which the gripping process is triggered followed by a progressive hardening. The hygrometric shrinkage is extremely limited, guaranteeing volumetric stability to restoration carried out. The performances that make Floor Tenax SFR unique are: • resistance to dynamic stress, • fatigue resistance, fracture energy, toughness and resistance to post-breaking strain, • very high mechanical compression strength (> 95 MPa at 28 days), • very high mechanical tensile and bending strength (> 15 MPa at 28 days), • excellent durability and resistance to chemical attacks. Recommended maximum thickness: 25 mm (flooring) 50 mm (casting in formwork) Minimum recommended thickness: 5 mm (flooring) 25 mm (casting in formwork). Floor Tenax SFR is used in in structural reinforcements and repair of deteriorated floorings with limited thickness (typical applications in the range 8 - 20 mm), characterised by high performance in terms of deformation, resistance and anti-cracking resistance. The main application fields are: • repair of industrial concrete floors with walkability allowed after approximately 24 hours from casting and drive over allowed after 48-72 hours depending on the temperature at the time of application • repair of joints in industrial flooring; • laying and fixing of manhole covers; • reinforcement of floors with the low thickness estradossal hood technique; • any kind of structural repair and restoration performed with casting within formwork such as for example the cladding of pilates and beams; in this case the maximum recommended thickness can be up to 40-50 mm (for higher thicknesses we recommend the addition of Ghiaietto 6.10 with addition percentages that can vary from 20 to 40%; in these cases ask our service technical advice on the correct addition percentages). • regularization of radiant flooring substrates with coatings starting from 5 mm thick (recommended thickness from 5 to 10 mm), characterized by high values of thermal conductivity and reduction of shrinkage. Application surfaces must be clean, free of dust, contamination, crumbling, inconsistencies, etc., and adequately saturated-surface-dry with water. Approximately 21 kg/m² of Floor Tenax SFR for every centimetre of thickness to be implemented (approximately 2100 kg per cubic metre). Packaging: 25 kg bag Unit of Measure: €/kg

Readymesh MF-500 "Carbon steel fibres, obtained by the cutting of metal wire, with improved adhesion profile, for three-dimensional general structural reinforcement of cement-based conglomerates. The addition of Readymesh MF-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 and structural sprayed concrete (e.g. shotcrete). Particularly suitable for high strength industrial flooring and prefabrication. "Readymesh MF-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 MF-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 of Measure: €/kg

Caleosana A plaster for interiors and exteriors that is macroporous, in respect of green building standards, with high thermal insulation and anti-condensation performance, having a base of natural hydraulic lime NHL 3.5, siliceous aggregates, metakaolin, granular expanded silica with an extremely high volume of interconnecting voids and a low elastic modulus. Its particular characteristics make it suitable for dehumidification, for heat and humidity treatments on buildings and walls, in ecological building operations and in the restoration of historical buildings and monuments. Caleosana does not contains traces of resins, solvents or radioemissive aggregates. Vintage and new construction masonries subject to rising damp, condensation, mildew. Recommended mainly for thermo-insulating anti-condensation rehabilitation of internal perimetral masonry and underground areas in general. Removal of degraded plaster up to the ceiling. Cleaning the resulting supports, including the removal of salt deposits; thorough dedusting and saturation with water, to obtain the condition "saturated with dry surface". In the presence of salt efflorescence brush thoroughly and spray the saline inhibitor Sanareg. If necessary, to increase plaster adhesion, apply a breathable anchoring scratch coat made with the specific lime-based preparation Untersana. Prepare the plaster by adding Caleosana to the mixing water, continue to mix until the desired mixture and the complete elimination of lumps is obtained. Apply with float and trowel or plastering pump. It is recommended to apply a minimum thickness of cm 2.5. Regularisation of the plastered surfaces with Sanastof lime-based ecological building fine mortar. Untersana rendering, applied by "spraying", 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 greater than 2.5 cm, to improve the anti-cracking capacity, ensure the Armaglass 160 mesh is inserted. Protect fresh surfaces from direct exposure to the sun, the rain and the wind, cure the prolonged moist hardening. Approximately 9 kg/m² of Caleosana for every centimetre of thickness to be implemented (approximately 900 kg per cubic metre). Packaging: 25 kg bag Unit of Measure: €/kg