Produkty dla systemy hydrauliczne (6)

I corpi riduttore di pressione personalizzati in ottone sono progettati per regolare e mantenere una pressione costante nei sistemi idraulici e pneumatici, garantendo efficienza e sicurezza grazie alla resistenza dell'ottone. Realizzati con ottone di alta qualità, questi corpi riduttore offrono una resistenza eccezionale alla corrosione e una lunga durata, anche in condizioni operative difficili. La possibilità di personalizzare questi componenti secondo le specifiche del cliente garantisce un adattamento perfetto e un funzionamento ottimale, migliorando l'efficienza e la sicurezza dei sistemi in cui vengono utilizzati. I corpi riduttori di pressione in ottone comprendono modelli meccanici, automatici, a membrana, a portata costante e per gas. Questa varietà di opzioni consente di scegliere il corpo riduttore più adatto per ogni applicazione specifica, garantendo un controllo preciso e affidabile della pressione. Grazie alla loro robustezza e versatilità, i corpi riduttore di pressione personalizzati in ottone rappresentano una soluzione affidabile per qualsiasi progetto che richieda componenti di alta qualità e prestazioni durature.

Las juntas espirometálicas son una solución avanzada para aplicaciones de alta presión y temperatura. Estas juntas están diseñadas con una combinación de materiales metálicos y no metálicos, lo que les permite ofrecer un sellado excepcional en condiciones extremas. Son ideales para su uso en industrias como la petroquímica, donde la fiabilidad y la seguridad son primordiales. ESINSA ofrece juntas espirometálicas que se adaptan a una amplia gama de aplicaciones, asegurando un rendimiento duradero y eficiente. Estas juntas son fáciles de instalar y están diseñadas para minimizar el riesgo de fugas, lo que las convierte en una opción preferida para los ingenieros que buscan soluciones de sellado de alta calidad. Con un enfoque en la innovación y la calidad, ESINSA garantiza que sus productos cumplan con las expectativas más exigentes del mercado.

Sanastof Bianco Premixed mineral composition based on natural hydraulic lime NHL 3.5, microsilic with pozzolanic activity, selected aggregates, high tenacity microfibers, light heat-insulating aggregates with low modulus of elasticity. It is used for smoothing and smoothing, both indoors and outdoors. It is perfectly compatible with multiple substrates: lime-based plasters, lime-cement, cement mortars, concretes, porous stone, bricks. Its characteristics make it particularly suitable for green building works and for the restoration of period and monumental buildings. The maximum grain size of the aggregate is 0.9 mm. Sanastof Bianco is a product based on natural hydraulic lime NHL 3.5, kaolin, marble dust, selected siliceous aggregates and light aggregates with a low modulus of elasticity, dimensionally stable. It is a natural product with high intrinsic breathability, without any trace of resins, solvents, diluents and radio-emissive aggregates. The product contains high tenacity microfibers which give great volumetric stability. The special rounded hollow aggregates, dimensionally stable, bring special qualities of thermal insulation, filtering of potentially harmful soluble salts and reduction of the elastic modulus to the shaving. The granulometric curve, the fineness of the binders and some rheological additives of natural origin, make the product particularly smooth during the drafting phase, even when laid on supports with rough or difficult surfaces. The calibrated physical-mechanical characteristics guarantee perfect compatibility on different types of substrates, especially on traditional plasters and mortars. The microsilic content with pozzolanic activity makes smoothing and smoothing performed with Sanastof Bianco highly durable, even in aggressive exposure environments. Quick and easy application on various substrates, such as: transpiring smoothing of wall casings; smoothing on modular wood fiber or calcium silicate coats; regularization of plastered surfaces; leveling of concrete surfaces; regularization and smoothing of repairs carried out with cement mortars; application to mainly thin thicknesses (from 1 to 4 mm) with simultaneous leveling of recesses, imperfections etc. In particularly severe operating conditions it is advisable to interpose, between the first and second coat, the alkali-resistant glass fiber mesh Armaglass 160 (the mesh must be partially drowned on the first still fresh coat of Sanastof Bianco). The breathability, combined with the other physico-chemical characteristics of the product, make the smoothing made with Sanastof an ideal support to accommodate any kind of paint and in particular mineral paints based on potassium silicate or slaked lime. Sanastof is the transpiring smoothing, with a low modulus of elasticity, recommended in all our dehumidifying systems made with the products: Sanatigh, Caleosana, Sanawarme, Unisan, Intosana. The application surfaces must be clean, free from dirt, crumbly and incoherent parts, dust, etc. Smooth substrates must be roughened (roughness> = 1mm). In the event that the support, after cleaning and roughening, is still dusty and crumbly, remove the totally incoherent parts dry with a spatula-brush, or assisting the removal operation with hydro-washing, then consolidate the support by impregnation with aqueous emulsion Protech Fix AC applied in two abundant coats, the second coat immediately before applying Sanastof Bianco with the "fresh on fresh" technique (the consumption of Protech Fix AC for this priming operation is between 120 and 250 gr / m2). Adequately wet the substrate with water before application, anticipating and repeating this operation several times in the case of very porous and absorbent substrates or in hot and arid climates. Approximately 1,3 kg/m² of Sanastof Bianco for each millimetre of thickness to be implemented (on average 3 - 3,5 kg per square metre). Bag 25 kg

I corpi valvola personalizzati in ottone sono componenti fondamentali per il controllo del flusso di fluidi in vari sistemi industriali e domestici. Realizzati con ottone di alta qualità, questi corpi valvola offrono una durabilità eccezionale e una resistenza alla corrosione che li rende ideali per ambienti difficili. La possibilità di personalizzare questi componenti secondo le esigenze specifiche del cliente garantisce un adattamento perfetto e un funzionamento ottimale, migliorando l'efficienza e la sicurezza dei sistemi in cui vengono utilizzati. Le categorie di corpi valvola in ottone includono valvole di chiusura, regolazione, sicurezza, ritegno, di scarico, a sfera, magnetiche ed elettrovalvole. Questa ampia gamma di opzioni consente di scegliere il corpo valvola più adatto per ogni applicazione specifica, garantendo un controllo preciso e affidabile del flusso di fluidi. Grazie alla loro robustezza e versatilità, i corpi valvola personalizzati in ottone rappresentano una soluzione ideale per qualsiasi progetto che richieda componenti di alta qualità e prestazioni durature.

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