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An anti-dust chemical/mechanical revitalising hardener for concrete flooring and screeds, consisting of an aqueous solution of mineral silicates and fluosilicates, activated by specific wetting agents. It is applied in several coats of decreasing dilution in water, with a brush or mechanical “scrubber”. Specific anti-dust treatments for industrial flooring or concrete slabs that have lost their original “vitality”. It reacts with the calcium compounds, soluble and unstable, present in of concrete products, transforming them into new stable, insoluble and resistant compounds. Consequent increases in resistance to wear and tear of the order of 200% -400%, significant increases in chemical stability, resistance to freeze-thaw cycles etc. Reactive impregnations for stabilising chemical and mechanical structures and concrete products. Hardening, anti-dust, anti abrasive and anti-corrosion treatments for concrete floorings. Adjustment of the chemical and mechanical performance of products for the industrial, rural and livestock construction (on horizontal surfaces). Apply, preferably with a brush or with "washer dryer" machine on the basis of the following indications: - Porous surfaces: repeated applications of a solution of water and QL Fluosil at a ratio in 1:1 - Compact surfaces: apply three coats, with decreasing dilution with water. 1a coat 1:3, 2a coat 1:2, 3a coat 1:1. The consumption of QL Fluosil will be proportional to the absorption of the floor to be treated. Indicatively a porous surface will consume about 400 g/m², while a surface with normal porosity will consume 250-300 g/m². Leave the product to dry between one coat and the next and then, after the last coat, wash with copious amounts of water. Protect glass and aluminium surfaces during application. 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".

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

MITA bietet verschiedene Konfigurationen von luft- oder wassergekühlten Industriekältemaschinen an: alle ausgestattet mit elektronischem Mikroprozessor für die Einstellung und die Visualisierung der Austrittstemperaturen der Flüssigkeit und alle geeignet für Industrie 4.0. Einige Vorteile von Kaltwassersätzen für industrielle Prozesse: Eigenständiges, luftgekühltes Gerät. - Maximale Zuverlässigkeit und Leistung durch strenge interne Tests nachgewiesen. - Anpassungsfähigkeit und Flexibilität. - Energieeinsparung bis zu 80 % bei den Versionen mit freier Kühlung.