Produkty dla do silników (282)

Corkseal Corkseal are special hermetic sealing devices for tubular formwork spacers, consisting of a rigid polyamide plastic core and a corrugated cap in hydro-expansive rubber. The hydro-expansive cap of Corkseal is intended to guarantee the hermetic sealing of the inside of the tubular spacer. It is fitted into the hole produced by the tubular spacer, by simple striking. Corkseal caps are available in different diameter sizes: Corkseal T21 = 21 mm; Corkseal T24 = 24 mm; Corkseal T26 = 26 mm; Corkseal T32 = 32 mm; Corkseal T34 = 34 mm. Concrete subterranean construction by metal formwork, where the wall is in direct contact with the ground and where there is the presence of waterproofing layers external to the masonry itself: basements, tavernas, underground garages, underground rooms and basements, etc. The sealing protection Corkseal should be used after the removal of metal formworks, thus only on spacers already "in work" and immersed in the concrete. The installation of the sealing protection to be executed by simply inserting the plug by hand, inside each empty spacer, as far as possible, to then complete the insertion using a light hammer until "full insertion". Even though Corkseal has been designed and tested to withstand pressures up to about 5 bar in negative thrust (i.e. from inside the masonry), it is advisable to apply the product in positive thrust, therefore, by inserting it from the external side of the masonry, after stripping and before backfilling. It is advisable to use the product in combination with non-"preformed" spacers (which often have changes in diameter depending on the model and which therefore might affect the hermetic sealing at high pressures of the protective sealing. It is recommended to use the spacers sold in rods to be cut to size directly on site . The insertion of Corkseal in spacers not assembled in the works (in the absence of external contrast) could cause the spacer itself to break. In cases of expansion with very marked changes in volume (>500%), and in the absence of restrictive conditions, there may be some superficial lacerations; these phenomena do not compromise the features that protect the protective sealing and especially they do not occur under normal operating conditions, i.e. when the expansive phenomenon is in constrained conditions with reference to the usable volume (inside the spacer). No. 1 cap of Corkseal for each formwork spacer provided, preferably on the side where the water exerts positive thrust. Packaging: Bag of 100 pieces UM: €/piece

Armaglass Corner 66 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 of 66 mm side, 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 66 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 66 is combined. Apply Armaglass Corner 66 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

Distak-L Anti-adhesive release agent, emulsifiable in water, based on aromatic alkylates and specific agents, for easy removal of wooden formworks during dismantling. To be applied by spraying or roller to formworks dry and free of any soiling. Distak-L is emulsifiable with water in concentrations between 1:10 and 1:20. The action of Distak-L is of physical type: the properly emulsified and applied product forms an extremely thin separating film between the formwork and the fresh concrete, allowing easy detachment and surfaces free from stains and soiling. Release treatments for concrete castings in normal and pre-coated wooden formworks. Distak-L is a product that is ready to be emulsified in water at a concentration between 1:10 and 1:20. To obtain a correct emulsion it is essential to add the product to water and not vice versa. It is necessary to mix slowly and carefully, until a white, stable emulsion is obtained. With one litre of Distak-L, correctly applied, you can treat roughly about 50 m² of wood formwork. Caution: exceeding the product quantity can endanger the success of the casting. It is not suitable for metal formworks. Do not use this product with dilutions higher than those specified as they may not be stable and they are not effective. With 1 litre of Distak-L, correctly applied, it is possible to treat approximately 50 m² of wooden formwork. Packaging: 25-liter can Unit of Measure: €/l

Clayseal 25.20 Preformed hydro-expansive sealing waterstop joint, for hermetic sealed construction joints in structures, walls and foundations, made with a mixture of sodium bentonite, expanding rubber and special aggregating polymers ("hydrocarbon" ). Clayseal 25.20 has a rectangular cross-section of 25x20 mm, packaged in rolls of 5 m each. Clayseal 25.20 is a simple and easy to apply sodium bentonite waterstop; it does not require any special preparations of the media, pre-shaped seats etc. It is easily fixed by nailing and does not require any special protection. In contact with water, it increases its volume through the formation of a stable colloidal system that guarantees the permanent hermetic sealing of the connection; the initial expansion is delayed through a retardant coating with respect to the first contact with water, to avoid deformations in the initial hardening phase of the fresh concrete. Rigid construction joints (non-expanding) and connections with safe and permanent hydraulic seal. Prepare the smoothest and most planar laying surface, using Repar Tix to compensate for any inhomogeneity, and accurately remove crumbling, non-adhering, powdery parts. Hand spread the Clayseal 25.20 sodium bentonite waterstop in the designated position. Fixing is performed by nailing: one steel nail every 20-25 cm approximately. The sealing of joints between the waterstop kerbs is ensured by simple flanking by at least 10 cm and not by overlapping the ends. For particularly complex applications, the specific Bentonet steel wire cage, with square mesh 13x13 mm, in profiles of 1 metre each, is available. The positioning must ensure a concrete covering of 10-12 cm in order to contain the expansive action caused by hydration. Similarly, the formwork spacers should be placed in such a way as to maintain a minimum distance of 8 cm from the bentonite kerb itself. Although the product has a delayed expansion of 48h, it is not recommended for use in cases of earlier time-frames or with excessive humidity (for example in the presence of puddles). In case of groundwater with a high saline content or for leachate and waste water stops, carry out preliminary expansion tests or request the specific waterstop Clayseal 25.20 SW. 1.1 m/m: Use 1 metre of Clayseal 25.20 for each linear metre, being careful to place 5-10 cm of the product alongside the end/start roll points to guarantee the permanent water tightness of the system. Packaging: Roll of 5 meters Unit of Measure: €/m

Curing Aid Curing adjuvant, based on special acrylic resins in aqueous dispersion; applied by spraying, on fresh concrete surfaces. It reduces the sudden loss of the mixing water by evaporation, thus contributing to the improvement of the general characteristics of the finished product. Unlike treatments based on wax or synthetic oils, Curing Aid is not a hydro-oleo repellent substance. Curing Aid bases its working principle on the cross-linking of a copolymer particularly similar to the constituents of cement-based mixes. The copolymer inhibits the evaporation of water and is chemically fixed with the support. Curing Aid, thanks to this polymerization process, is not a potentially detaching substance with respect to subsequent coating treatments, unlike the common anti-evaporating agents present on the market that base their effectiveness on active hydro-oil repellent substances. Aid for curing and curing measures in concrete conglomerates: industrial concrete floors, foundation slabs, massive jets, betons, thixotropic and castable structural mortars, fiber-reinforced micro-coals etc. Curing Aid must be applied to the surfaces of fresh mix, preferably by spraying, using low pressure sprayers. Curing Aid can also be rolled out but in this case it is advisable to wait for it starting phase and first surface hardening (losing part of its effectiveness). In case of particularly unfavorable exposure conditions (dry and / or windy environment) it may be necessary repeat the application. Curing Aid is not a hydro-oleo repellent substance. Curing Aid bases its operating principle on cross-linking of a copolymer with excellent stability under alkaline conditions, which inhibits water evaporation by chemically fixing with the support. Curing Aid, thanks to this process of polymerization and tenacious adhesion on the surfaces of the conglomerate, it is not a potentially detaching substance with respect to subsequent coating treatments. It is understood that an excess of mixing water in the concrete design mix, with an attached phenomenon of bleeding, it can affect correct Curing Aid polymerization and create a non-perfectly linked crosslinking with the support. Therefore it is always advisable to check the degree of compactness of the surfaces and, in case of doubt, proceed with an effective cleaning before carrying out any superficial painting. The operations of sanding, dust removal and in general of preliminary cleaning are, however, always recommended in all the codes of good practice concerning the painting and coating of industrial floors. The use of the curing adjuvant does not exempt from the adoption of normal protective measures, where necessary (covering products with sheets of polyethylene, in non-woven fabric, jute bags, prolonged wetting, etc.). It is not a pigmentation, after the application it is transparent. From 0.07 to 0.1 kg of Curing Aid per square metre of surface to be treated, based on the porosity and absorption of the surface itself. Packaging: 1000 kg tank UM: €/kg

Bond Plus Adhesive latex based on elastomeric styrene-butadiene rubber and alkaline silicate in aqueous dispersion, flexibilising, reactive, for adhesive grout and to improve adhesion, the behaviour and performance of mortars and plasters. Production of adhesive, deformable, high-protective and waterproofing performance mortars and plasters for civil, hydraulic, industrial works, in urban, marine and mountain atmospheres. Preparation of hydrating solutions to improve the adhesion and performance of premixed mortars and plasters; preparation of adhesive grouts for non-structural construction joints. Anti-dust treatments, reinforcing concrete surfaces. Shake Bond Plus thoroughly in the tank, and dilute it with water as required. Add the prepared solution to the cement (or lime) and aggregates mixture, in the most suitable dosages for this application, as specified below. It is always essential to carry out preliminary tests for an accurate definition of the mixtures to use, and to check the suitability of the product on the basis of the specific requirements. Refer to the table shown in the product datasheet. Packaging: 25 kg can UM: €/kg

Grout 2 SFR Grout 2 SFR is a high-performance, self-levelling castable mortar, being fibre-reinforced with Readymesh MM-150 steel fibres and Readymesh PM-060 polypropylene microfibres, with high flexural strength, great adhesion to concrete and steel, and shrinkage compensation. Aggregates with a maximum size of 2 mm. It is ideal for restorations, reinforcements and seismic adjustments, offering ductility for medium thicknesses (3–10 cm), on structures in reinforced concrete and masonry. Precision anchorage of operating machines: presses, turbines, power supply units, rolling mills, alternators, overhead cranes, metal structures, tracks, etc.. Structural adaptation, renovations, drawing and reinforcements, using injections and castings inside formworks. Creation of connection anchorage using steel bars with a diameter and depth consistent with the project specifications, by casting in specifically prepared perforations. Construction of structural road joints. 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. 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). Place 2/3 (approx 2.5 litres per bag) of the total water in the mix, then gradually add the product and the remaining water, mixing until you obtain an even mix with the desired consistency and no lumps. Approximately 1900 kg of Grout 2 SFR for every cubic metre of mixture to be made. Packaging: 25 kg bag Unit: €/kg

Consilex No Rust Consilex No-Rust is a powerful non-toxic corrosion inhibitor, to be applied to the surfaces of concrete structures and which, thanks to its particular chemical nature, migrates within the conglomerate and deposits on its particular internal reinforcement substances that preserve their integrity over time, by inhibiting oxidation phenomena. Consilex No-Rust performs its function effectively based on the migration phenomenon, which allows it to deposit on the reinforcement of the treated structure of particular corrosion inhibiting agents, even applied to the outer surface of the structure itself! The particular formulation of Consilex No-Rust allows its effectiveness not to be compromised by the presence of high levels of chlorides in the conglomerate. Alternative nitrite-based products, indeed, in the presence of chlorides, they may even have a negative effect on the corrosion of the reinforcing rods. Consilex No-Rust, on the other hand, can be used effectively on concretes whose irons have already started to suffer corrosive effects and partial oxidation, also due to chlorides. Preventive protection of existing concrete structures, such as public works, road works, buildings, hydraulic works, etc. Thoroughly clean the support before applying the product, removing traces of fats, oils, dirt, incrustations, fouling, etc. Remove any paints, coatings, films or membranes that may be present on the surface: the product works by penetration, so it must come into direct contact with the surface of the concrete. Spray-apply on the surfaces to be treated. In the case of structures for which there is a risk that corrosion phenomena are already in progress, apply two coats. Allow the surface to dry for a few minutes after application. If you squirt the product accidentally on the glasses, paints, frames, etc., simply wash with abundant water. In case the treated surface should then be treated or coated with paint or other coatings, please note that a thin layer of inhibitor may be deposited on the surface. In this case, wash with plenty of water and carry out preliminary adhesion tests on the coating that you intend to use. In case the tests fail, proceed with hydrocleaning or slightly sanding to remove any residue. Carry out preliminary tests in this case as well. Apply from 0.15 to 0.35 kg of Consilex No-Rust per square metre of surface to be treated. Packaging: 5 kg canister UM: €/kg

Osmocem Flex A two-component osmotic cementitious waterproofing agent in water dispersion, being a modified polymer that is highly flexible and deformable, with a plastic-elastic conduct. Application by trowel, brush or roller. Ideal for waterproofing terraces, balconies and swimming pools, prior to laying the tiled or brick coating. Suitable for contact with drinking water. Osmocem Flex is certified for compatibility with contact and containment of drinking water and food substances (certificate n. 04/2010 of the Laboratorio Analysis Service di Settimo di Pescantina - VR). Two-component professional product. Proportioning of component A + component B specially designed to give the installer certainty of the result and guarantee of impeccable work: the tank of component B (8 kg) contains slightly more compared to the quantity necessary for mixing the bag (24 kg), allowing the installer, before laying the product, to withdraw from the tank up to 1 lt of the special resin of component B, dilute with 1 lt of water and use this aqueous emulsion to prime the application support; in this way at least three extraordinarily effective operations are performed with a simple and rapid priming: a) expulsion of the air from the superficial porosity _fillers (with drastic reduction of the well-known blisters that occur on low thickness elastic products); b) reduction of the support absorption (to guarantee a suitable setting of the waterproof finish); c) increase in adhesion thanks to the deep penetration of the polymeric component. Moisture-proofing concrete containment works (tubs, swimming pools, pipes, ducts, areas containing food, etc.). Moisture-proofing balconies, terraces, bathrooms, showers, etc., prior to laying successive plasters and screeds, ceramic coatings 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). Waterproofing coating of earth-retaining masonry, micro-cracked plaster. Deformable finishing coats in general. The application surfaces must be clean, free of dirt, crumbly and inconsistent parts, dust, water-repellent treatments in general, etc., slightly roughened with a suitable preparation method (degree of roughening > 2mm, or >= 3 on the ICRI Scale - International Concrete Repair Institute). Particularly dry supports should be slightly moistened with water. It is always advisable to prime the application support with approximately 100-150 g/m2 of COMPONENT B adhesive latex in order to facilitate the expulsion of air from the surface porosity (pore stopper), reduce the absorption of the support and increase adhesion to the support. For applications on plasterboard, first apply a coat of Bond Plus as a primer. In the case of large covering surfaces on flat roofs or terraces soaked in water, it is necessary to provide suitably located steam vent "chimneys". Do not apply on supports with water leaks or any form of moving water, which must be previously blocked and remedied to prevent the product from washing away during the hardening and setting phase. Osmocem Flex comes in two predosed components that must be thoroughly mixed, with mixers with a low number of revolutions (maximum. 300 Revs/minute) until a homogeneous lump-free mixture is obtained. The addition of other ingredients should be absolutely avoided. The tank of component B (8 kg) contains slightly more compared to the quantity necessary for mixing the bag (24 kg), allowing the installer, before laying the product, to withdraw from the tank up to 1 lt of the special resin of component B, dilute with 1 lt of water and use this aqueous emulsion to prime the application support (see also the ADDITIONAL INFORMATION section). In case of exceptionally arid climate, it is possible to make moderate consistency corrections, where necessary, adding water up to a maximum of 8%. When waterproofing terraces and balconies, two coats, each about 1.5 mm thick (2.2 kg/m² per coat), of Osmocem Flex should be applied, each coat should be applied when the previous one looks stable (at least 4 hours later at 20°C). It is recommended to interpose the fibreglass alkaline-resistant mesh Armaglass 160 in the thickness of Osmocem Flex, between the first and second coat. The self-adhesive butyl band Proband should also be placed between the floor screeds and the elevation walls. Finally, it is advisable to place the special elastic band Elastotex 120 or Elastotex 120 Cloth, at any expansion joints, securing it with the same Osmocem Flex. Approximately 1.8 kg/m² of Osmocem Flex for each millimetre of thickness to be made. Packaging: Kit 24+8 kg UM: €/kg

Langjährige Erfahrung und umfangreiches Knowhow machen Codronic zum optimalen Partner im Bereich Sondermaschinenbau. Ob Medizintechnik, Verpackungstechnik, Lebensmitteltechnik, Fördertechnik oder andere Branchen – Codronic ist seit vielen Jahren zuverlässiger Partner, wenn es darum geht, erfolgreich Sondermaschinen zu entwickeln und zu konstruieren. Im Kundenauftrag entwickelt das Team von Codronic entweder einzelne Baugruppen und Komponenten oder bearbeitet Teilprojekte der Kunden in Kooperation. So können Kundenunternehmen entweder Arbeitspakete vollständig ausgliedern oder Mitarbeiter von Codronic ins eigene Team eingliedern (beispielsweise durch Remote-Arbeitsplätze).

Boost your brand with our high-performance Threadlocking Adhesives, specially formulated for engineering, plumbing and manufacturing applications. These adhesives provide secure, vibration-resistant locking on threaded fasteners, preventing loosening in demanding environments. Available in various strengths and packaging sizes from 10ml to 250ml, with bulk options available, our threadlockers ensure reliability and durability across metal assemblies. Custom labeling and private branding options are available to help you create a tailored solution for your customers

Designing machines and devices according to client’s specification Preparation of the 3D models Preparation of the complete technical documentation