Produktai skirti pa 66 junginys (38)

Osmocem N gray Cement compound for the preparation, with the sole addition of water, of a waterproofing osmotic coating that can create horizontal and vertical barriers, also suitable in conditions of negative hydrostatic thrust vis-à-vis water permeation in the buildings. Typical uses include waterproofing underground rooms, elevator compartments, garages, basements, tanks, etc. The action of the active components and of the adhesion promoters of Osmocem N, saturated by the reaction the support capillaries, forming a complex system of gel and stable crystals, which results in the best sealing, effective even in conditions of negative hydrostatic thrust, without hindering the breathability of the walls. Osmocem N is compatible for food substances: is certified as suitable for the containment of foodstuffs and drinking water (Certificate no. 02/2010 Laboratorio Analysis Service di Settimo di Pescantina - VR). Osmocem N waterproof test: • Resistance to positive hydraulic thrust, UNI EN 12390/8: water penetration depth with 5 bar pressure = 1-2 mm (*) • Impermeability to negative hydraulic thrust, UNI EN 12390/8 modified (concrete support a / c ratio 0.7): no passage of water with a pressure of 1.5 bar (*) concrete with penetration depth <= 20 mm are considered waterproof. 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 N and the remaining water; continue to mix until a homogeneous lump-free mixture is obtained. The mixing water should be about 19-20% (for interventions in the form of a spatula) or 21-22% (for interventions using a brush with long bristles). After mixing is completed wait a few minutes before applying. If applied by brush, roll out two or more crossed coats. Although it is not a specific product for finishing thick coats, it can still be used for these purposes. In these cases, it is appropriate to use a fibreglass mesh Armaglass 160. Approximately 1.7 kg/m² of Osmocem N for each millimetre of thickness to be made. Packaging: 25 kg bag UM: €/kg

Grout 6 HP SFR Grout 6 HP SFR is a fibre-reinforced high-performance castable mortar, equipped with mechanical compressive and flexotraction resistance far superior to normal structural mortars. It is used for repairs, replenishments, strengthening concrete reinforcement and special works in FRC. The mix of special metal fibres (Readymesh MM-150) and synthetic fibres (Readymesh PM-060) is able to drastically reduce or even eliminate plastic-hygrometric shrinkage and the development of exceptional characteristics of ductility, fracture energy, resistance to shock and dynamic stress. With very low water-binder ratios, Grout 6 HP SFR makes it possible to achieve compacting and hyperfluid rheologies that favour the movement of the mortar and the perfect filling of reinforced sprays, even with narrow spaces between the bars. The microsilica with pozzolanic activity increases the cohesion of the mixture with typical anti-segregating and anti-run-off effect. The particular fineness of the hydraulic binders contained in the formula promotes adherence to the substrate and has an effect of enlarging the fibrous components. The fibre mix offers strong ductility, toughness and flexotraction resistance to the castings performed with Grout 6 HP SFR. With regard to the ANTICORROSIVE and PROTECTIVE FUNCTION ON THE REINFORCEMENT BARS, the main features of Grout 6 HP SFR are: • the mix of high-strength superfine binders, combined with very fine silicas with pozzolanic activities, to render the mortars intrinsically impermeable to water at the end of the hardening process; • The strongly alkaline pH (> 12) protects the reinforcement bars from triggering corrosion; • The negligible breathability of the carbon dioxide ensures hardened mortars with extremely prevalent anti-carbonation characteristics. Overall, these anticorrosive specificities render the classic treatment of reinforcement bar passivation, preparatory to the pouring of castable mortar UNNECESSARY, provided that not too much time passes between the white metal cleaning operations and the castings of pourable mortar, at the risk of new oxidative processes being triggered. Thus, only in the event that long exposure times are foreseen between the bar-cleaning operations and the pouring of castable mortar is it advisable to treat with passivating slurry (Repar Monosteel or Repar Steel), applied by brush and only on the reinforcing bars. On-site castings or pumping carried out for any kind of structural replenishment of reinforced concrete, seismic reinforcement and adjustment, increases in cross-sectional resistance of concrete structures and masonry, anchorages of large-scale machinery (especially in the presence of significant dynamic stresses), anchoring of port bollards, deep-drawing and reinforcement works, restoration of highly-stressed industrial flooring both from a static and dynamic perspective, restoration of degraded foundations on bridges and viaducts especially whereby necessitating rapid reopening to vehicle traffic, construction of structures designed with HPC (High Performance Concrete) needs. Application surfaces must be clean, free of dust, contamination, crumbling, inconsistencies, etc., and adequately saturated-surface-dry with water. 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). Mix the entire content of a bag of Grout 6 HP SFR with effective vertical-axis mixers for at least 6 minutes, initially introducing a slightly reduced amount of water (9% = 2.25 litres/25 kilograms bag) compared to the required total water permitted (10%–12% = 2.5litres — 3.0 litres/25 kilogram bag) whilst mixing for at least 4 minutes. After this mixing time, evaluate the consistency of the mixture and, if necessary, gradually add in the last of the water until achieving the desired workability, without exceeding the limit of 12% (3.0 litres/25-kilogram bag), mixing at high RPM for at least another two minutes. For thick casting sections, it is advisable to add Ghiaietto 6.10 (consult the relevant technical data sheet or ask for more information on the appropriate dosage of Ghiaietto 6.10 from our technical service). Given the self-levelling properties of the product and its self-compacting capacity, paying due attention to the vibration phase is recommended. Excessive zeal in the vibration operation can worsen the aesthetic rendering of the end result. Do not use in the absence of suitable lateral containment. Ensure exposed surfaces are protected and wet-cured. Adopt casting procedures to ensure the absence of voids and discontinuities. Only pour the mortar from one part of the casting perimeter to avoid air pockets. Packaging: 25 kg bag UM: €/kg

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

NEDEX Isolierglas Sekundärdichtstoff KU-83 ist ein 2-komponentiger, lösungsmittelfreier Kleb-/Dichtstoff mit SH-Aktivenden (Polysulfit).Die rheologischen Eigenschaften des Produkts machen es für die manuelle und Roboterverarbeitung geeignet.KU-83 haftet ohne Grundierung auf Glas, Aluminium, verzinktem Stahl und Edelstahl.Für andere Produkte, wie z. B. beschichtetes Glas, entschichtetes Glas, behandelte Abstandhalterprofile oder Profile aus anderen Materialien;entsprechende Versuche müssen durchgeführt werden, um die Eignung des Produkts sicherzustellen.Die Verwendung mit Polycarbonat oder Polymethylmethacrylat (PMMA) wird nicht empfohlen. Es wird nur für die Isolierglasherstellung hergestellt. Sehr niedrige Gas- und Feuchtigkeitspenetrationsraten Hohe Haftung auf Aluminium- und Glasoberflächen Lange Topfzeiten und Kurze Aushärtezeiten Verpackung: Box-Kit (15lt A + 1,5lt B / 16,5lt A + 1,8lt B) Fass-Kit (55lt A + 6lt B / 160lt A + 16lt B / 182lt A + 18lt B / 190lt A + 19lt B)

Due to high surface hardness and low surface abrasiveness, it is characterized by good slip and good resistance to friction, does not dissolve and does not swell in all used solvents, in fuels and mineral oils. It is most often used for the production of precision machine parts, such as gears, worm gears, bushes, etc

ELKALUB GLS 163 ist ein kurzfaseriges, Schmierfett erhöhter Reinheit mit hoher Druckbelastbarkeit für den Einsatz in Wälz- und Gleitlagern. Das Fett hat ein sehr thixotropes Verhalten, d.h. im Ruhezustand sind die Penetrationswerte fast 100 Punkte niedriger (das Fett ist fester). Dieses Verhalten ist in Lagern mit schlechter Abdichtung oder erhöhter Lagerluft von Vorteil. ELKALUB GLS 163 lässt sich sehr gut in Zentralschmieranlagen fördern. Das Fett blutet nicht aus. Aufgrund der Thixotropie ist für den Vorratsbehälter ein druck-beaufschlagter Folgekolben erforderlich. Leichter Druck macht das Fett sofort fließfähig. Das feinkörnige, teilsynthetische Fett hat einen sehr flexiblen Strukturaufbau und ist damit für kleine, ständig wechselnde Bewegungsrichtungsänderungen hervorragend geeignet. In Ruhe gelassen regeneriert sich das Fett wieder fast auf seine Ausgangswerte. Aufgrund seiner chemischen Zusammensetzung ist ELKALUB GLS 163 unter Mischreibungsbedingungen ein MoS2-Bildner.

CBG-DP-90 ist ein dichter, feuerfester, selbstfließender Beton mit niedrigem Zementgehalt, der für den Einsatz in aggressiven Umgebungen, einschließlich Kontakt mit geschmolzenen Metallen und Schlacken bei Temperaturen von bis zu 1.900°C, insbesondere für die Herstellung von monolithischen Auskleidungen von Stahlpfannen, Elementen des Metalltrakts und als Reparaturbetonmasse bestimmt ist. Er kann sowohl für monolithische Auskleidungen als auch für Produkte beliebiger Konfiguration und Komplexität verwendet werden. — hohe Temperaturbeständigkeit — hohe Temperatur der Flüssigphaseentstehung — hohe mechanische Belastbarkeit — hohe Temperatur beim Einsetzen der Verformung unter Last — enthält keine Stoffe, die allergische Reaktionen hervorrufen — beständig gegen Metallschmelze, saure und alkalische Schlacken Hauptanwendung: Eisen-, Nichteisen- und Glasindustrie, Auskleidung von Schmelzaggregaten bei Herstellung von Mineralfasern etc. Zusammensetzung:Korund, Tabulartonerde, Spinell Bindung:Hydraulisch Anwendungstemperatur:bis zu 1 .900°C Temperaturwechselbeständigkeit:> 40 Wasserabkühlzyklen von 1300°C bis auf Kühlwassertemperatur Temperatur bei Beginn der Verformung unter Last 0,2 MPa:1 .850°С Dichte:2.850 kg/m³ Maximale Korngröße:10 mm Wasserverbrauch:5,0-5,3 l/100 kg Chemische Zusammensetzung:Al2O3 - 88,5 % ; MgO - 0,5 % ; Cr2O3 - 2,5 % ; Fe2O3 - 0,5 % ; CaO - 5,0% Dichte (g/cm³):2,85 (bei Temp. 110 °C) ; 2,85 (bei Temp. 800 °C) ; 2,90 (bei Temp. 1350 °C) Wärmeleitfähigkeit (W/m∙K):1,94 (bei Temp. 110 °C) ; 2,56 (bei Temp. 800 °C) ; 2,70 (bei Temp. 1350 °C) Druckfestigkeit (MPa):85 (bei Temp. 110 °C) ; 80 (bei Temp. 800 °C) ; 110 (bei Temp. 1350 °C) Restliche lineare Deformation (%):0 (bei Temp. 110 °C) ; 0 (bei Temp. 800 °C) ; -0,1 (bei Temp. 1350 °C) Offene Porosität (%):n.a. (bei Temp. 110 °C) ; 16,0 (bei Temp. 800 °C) ; 14,9 (bei Temp. 1350 °C)

Pour le PCD, la gamme des différentes nuances est plus restreinte que pour le PcBN, ce qui simplifie beaucoup le choix. Les nuances se différencient principalement par leur microstructure, ainsi que par la taille de grain. MAPAL offre ici une sélection de nuances qui ont fait leurs preuves et qui sont les mieux indiquées pour des plaquettes performantes et de haute précision. Pour les matériaux à copeaux longs, comme par exemple les alliages d’aluminium à faible teneur en silice, MAPAL propose des plaquettes avec brise copeau. Deux variantes sont disponibles en standard, offrant toutes deux une structure spécialement développée pour une casse du copeau maîtrisée, pour l’usinage de finition et l’usinage à forte profondeur de coupe. Les copeaux sont comprimés et cassés sans coller à la structure de la pièce et sans formation d’arête rapportée.