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      Pannelli in schiuma rigida

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      15 Articolo   /   125 Varianti
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      Classificazione: Rilevanza
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      • Schiuma polistirene esp. celeste, rifilata
        20 Varianti
        Schiuma polistirene esp. celeste, rifilata
        da 1,50 €
        Plate core: fine pore insulation panel made from extruded polystyrene foam, Surface: smooth (sheared), Characteristics: extremely pressure-resistant (high density), certified per EN 13501-1, conforms to DIN 4102: building material class B1 (flame ...
      • Polistirolo espanso rigido, bianco, non rifilato
        6 Varianti
        Polistirolo espanso rigido, bianco, non rifilato
        da 4,90 €
        Nucleo formato da pannelli: pannello in polistirolo estruso a schiuma rigida con pori fini, Superficie: ruvida (senza tagli), Caratteristiche: molto resistente alla pressione (ad alta densità) conforme alla norma DIN EN 13501-1: Euroclasse E, ai sensi della norma DIN 41 ...
      • Lastra di PVC espanso Forex Classic, colorata (taglio disponibile)
        16 Varianti
        Lastra di PVC espanso Forex Classic, colorata (taglio disponibile)
        da 3,20 €
        opaco, satinato, opaco, con pellicola protettiva su un lato, difficilmente infiammabile secondo DIN 4102 B1
      • Lastra di PVC espanso Forex Classic, bianca (taglio disponibile)
        26 Varianti
        Lastra di PVC espanso Forex Classic, bianca (taglio disponibile)
        da 1,20 €
        Superficie: semi-opaco/semi-opaco, con pellicola protettiva su un lato, Caratteristica: difficilmente infiammabile ai sensi della norma DIN 4102 classe B1
      • Polistirolo espanso rigido, avorio, non rifilato
        9 Varianti
        Polistirolo espanso rigido, avorio, non rifilato
        da 3,35 €
        Plate core: medium pore insulating block made out of extruded polystyrene foam, Surface: smooth, semi-gloss surface, Characteristics: compression resistant, certified per EN 13501-1, conforms to DIN 4102: construction material class B1 (flame resistant)
      • Schiuma polistirene esp. celeste, non rifilata
        9 Varianti
        Schiuma polistirene esp. celeste, non rifilata
        da 2,40 €
        Plate core: medium pore insulating block made out of extruded polystyrene foam, Surface: smooth, semi-gloss surface, Characteristics: compression resistant, certified per EN 13501-1, conforms to DIN 4102: construction material class B1 (flame resistant)
      • Polistirolo espanso rigido, argento, non rifilato
        3 Varianti
        Polistirolo espanso rigido, argento, non rifilato
        da 8,50 €
        Plate core: fire pore model building board from extruded polystyrene foam, Surface: glossy (untrimmed), Characteristics: extremely pressure-resistant (high density), certified per EN 13501-1: Euroclass E, conforms to DIN 4102-1: building material c ...
      • SikaBlock PUR  M600 modeling board
        6 Varianti
        SikaBlock PUR M600 modeling board
        da 6,70 €
        Material: microcellular, polyurethane-based model making material , Colour: light brown, Shore hardness: Shore 58 D (= 100 Shore A), very hard (ISO 868), Density: 600 kg/m³ (ISO 845)
      • Pannello in PUR SikaBlock M450 per plastici
        6 Varianti
        Pannello in PUR SikaBlock M450 per plastici
        da 6,30 €
        material: extremely fine pored polyurethane-based light moulding material, Density: 450 kg/m³
      • Pannello in PUR SikaBlockM330 (240 kg) pr plastici
        6 Varianti
        Pannello in PUR SikaBlockM330 (240 kg) pr plastici
        da 10,50 €
        material: extremely fine pored polyurethane-based light moulding material, Density: 240 kg/m³
      • Schiuma rigida in PUR SikaBlock M80 per plastici
        4 Varianti
        Schiuma rigida in PUR SikaBlock M80 per plastici
        da 14,50 €
        material: fine-pored polyurethane-based rigid foam, Density: 80 kg/m³, Linear thermal expansion coefficient: 70 x 10 -6 K -1 (DIN 53752)
      • Pannello polistirene Smart-X, nucleo spugnoso (taglio disponibile)
        2 Varianti
        Pannello polistirene Smart-X, nucleo spugnoso (taglio disponibile)
        da 81,80 €
        Polistirolo al 100 %, bianco, opaco, opaco, leggermente granulato, resistente agli agenti atmosferici (senza cambiamenti di colore significativi) fino a 2 anni, peso: 5 mm = ca. 1 kg/m², 10 mm = ca. 2 kg/m²,...
      • Schiuma rigida in PUR SikaBlock M150 per plastici
        4 Varianti
        Schiuma rigida in PUR SikaBlock M150 per plastici
        da 23,20 €
        schiuma poliuretanica a pori molto fini, di colore giallo chiaro o verde chiaro, densità: 150 kg/m³, resistenza alla compressione: 1,6 MPa (ISO 604), modulo di trazione: 65 MPa (ISO 178), coefficiente lineare di...
      • Pannello PUR SikaBlockM1000 pr plastici/utensili
        6 Varianti
        Pannello PUR SikaBlockM1000 pr plastici/utensili
        da 17,50 €
        material: homogeneous polyurethane-based modelling material, Density: 1,000 kg/m³, Modus of elasticity: 1,800 MPa (ISO 178)
      • Pannello Selitron in espanso PS, bianco
        2 Varianti
        Pannello Selitron in espanso PS, bianco
        da 3,20 €
        Material: interior insulating board from extruded polystyrene rigid foam board, Characteristics: pressure-resistant, medium pore, Surface: smooth, semi-gloss surfaces, approx. 30 bis 40 kg/m³
      Informazioni su Pannelli in schiuma rigida

      Foams are described in the German Industry Norm 7726 thus: “materials which have cells (open, closed or both) distributed throughout the entire mass and which have a bulk density (DIN 53420) which is less than the density of the skeleton substance.” Every plastic, whether thermoplast, duroplast or elastomer, can theoretically be reworked into a foam but only a few types like polystyrene, PVC or polyurethane have any real practical applications.

      There are various methods for producing foams from plastic: in the production of polystyrene foam, polystyrene granules which already contain a blowing agent are steam shocked into forming the well known polystyrene beads. The high temperatures of the steam soften the thermoplastic polystyrene and the blowing agent vaporises whereupon small bubbles develop within the beads. The addition of more steam brings about the second stage of the production whereby the beads are fused together and polystyrene foam blocks, sheets or shaped parts are formed.

      The production of the considerably thicker and sturdier polystyrene rigid foams is a different matter. The PS granules are pressed together using an extruder and a blowing agent is added under pressure. When the material strand leaves the extruder jet, the blowing agent expands and turns the plastic into foam.

      Chlorofluorocarbons (CFC) have often been used as the blowing agent and still are – however in a modified form. After the passage of the CFC halon ordinance in 1991, a whole group of chlorofluorocarbons with a high potential for damaging the ozone have been forbidden for use as blowing agents. Manufacturers now use in their place gases like CO2 or partially halogenated hydrocarbons with less negative potential.

      For the production of polyurethane foams other processes than those used with PS or PVC must be used because crosslinked polyurethane can no longer be melted. PUR foam is formed when the fundamental component of the plastic is foamed during the crosslinking reaction. During this process chemical or physical blowing agents are utilized. Many different polyurethanes require no agents at all for foaming because the fundamental components give off carbon dioxide during the crosslinking reaction which itself foams the reaction mass.

      Uses: Rigid foam is the basis for a large range of products: because of its insulating qualities polystyrene foam or PS rigid foam is used in construction as well as for making disposable tableware. What makes the inexpensive expanded polystyrene especially interesting as an impact resistant packaging material is its combination of light weight (the density of polystyrene foams runs between 20 and 200 kg/m³) and relatively high stability.

      Polyurethane foams can be found practically everywhere: rigid foams as insulation, thicker sheets as self-supporting construction components, soft foam in chair cushions, car seats, armchairs and mattresses – and you have certainly had the kitchen sponge cloth often enough in your hands.

      From a special representative of the class of foams many flexible tennis shoe soles are made. The so-called integral foams display a variety of different densities. The core is somewhat loose but as you move outwards towards the surface the increasingly denser cell structure becomes ever more compacted until finally at the surface itself a smooth consistent layer is built. The soft PU integral foams can not only be found caressing our feet but are also accompanying us when driving our cars as headrests, steering wheels or dashboards.

      The above mentioned combination of high stability and low density is also taken advantage of in making sandwich panels. Boards like KAPA Line or KAPA Mount which are so often used in the fields of exhibitions and advertising are mostly made out of polyurethane foam which is covered in paper or cardboard. As a result, square-metre large paper surfaces with light weight and excellent stiffness are created.

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