Abstract: A transparent structural element for covers extruded in a synthetic thermoplastic material includes two or more horizontal sheets parallel to each other and shaped to form a corrugated profile, wherein the two or more sheets are spaced and connected by a plurality of ribs having an undulating trend, the ribs having an undulating trend being present in both flat parts of the corrugated section and in tilted connection parts between the flat parts. In one embodiment, the transparent structural element for covers is made of polycarbonate (PC) or polymethylmethacrylate (PMMA).

Abstract: A skylight to be integrated in a covering structure made of insulated sheets comprises at least one top fretted panel (20) extruded in plastic material and at least one bottom alveolar panel (30) extruded in plastic material, firmly integrally joined by interposing a continuous or discontinuous layer, of adhesive material (40), wherein the layer of adhesive material (40) is prearranged on at least one of the top (20) and bottom (30) panels on a surface facing the opposite panel. A method for producing the skylight to be integrated in a covering structure with insulated panels is also part of the invention.

Abstract: A set of honeycomb panels for producing covers and walls includes a first honeycomb panel and a second honeycomb panel which are positioned adjacently, to be joined to each other at end-sections, wherein the end-section of the first honeycomb panel defines a groove and the end-section of the second honeycomb panel includes a protuberance, which has a substantially complementary form to that of the groove and is configured to be housed in the groove. In one embodiment, each of the first and second honeycomb panels of the set is made of a plastic material and has a sealing element firmly applied during production of an individual honeycomb panel at the groove.

Abstract: A transparent structural element for covers extruded in a synthetic thermoplastic material includes two or more horizontal sheets parallel to each other and shaped to form a corrugated profile, wherein the two or more sheets are spaced and connected by a plurality of ribs having an undulating trend, the ribs having an undulating trend being present in both flat parts of the corrugated section and in tilted connection parts between the flat parts. In one embodiment, the transparent structural element for covers is made of polycarbonate (PC) or polymethylmethacrylate (PMMA).

Abstract: Connecting element for panels (11, 12) comprising a flange (19) having a presser (19?) at a first end, a first longitudinal seat (20a) for receiving and engaging an extension (13) of a first panel (11) in an intermediate portion, and a enlarged base (28) at a second end, said first longitudinal seat (20a) being open in an area adjacent to said flange and delimited, besides by said flange (19) also by a first lateral wall (22) opposite to said flange (19) and by a first base wall (25) for connecting said first lateral wall (22) with said flange (19), said enlarged base (28) defining with a first projection (29), which extends from a first end thereof towards said first base wall (25), a first longitudinal channel (20b) delimited by said flange (19), said first base wall (25), said enlarged base (28) and said first projection (29), wherein said first base wall (25) extends in the direction orthogonal to said flange (19) at least over a section equivalent to the distance between said flange (19) and said first p

Abstract: A multilayer polymeric product is described, which consists of a co-extruded internal central layer of polyethylene terephthalate (PET) copolymer, in a quantity ranging from 80 to 90% by weight with respect to the total weight of the internal layer, mixed with polycarbonate (PC), in a quantity ranging from 10 to 20% by weight with respect to the total weight of the layer, and outer, side layers, of a blend of PET, in a quantity ranging from 15 to 25% by weight with respect to the total weight of the outer layers, and PC, in a quantity ranging from 75 to 85% by weight with respect to the total weight of said outer layers, in particular for use as a building material.

Abstract: A skylight to be integrated in a covering structure made of insulated sheets comprises at least one top fretted panel (20) extruded in plastic material and at least one bottom alveolar panel (30) extruded in plastic material, firmly integrally joined by interposing a continuous or discontinuous layer, of adhesive material (40), wherein the layer of adhesive material (40) is prearranged on at least one of the top (20) and bottom (30) panels on a surface facing the opposite panel. A method for producing the skylight to be integrated in a covering structure with insulated panels is also part of the invention.

Abstract: Connecting element for panels (11, 12) comprising a flange (19) having a presser (19?) at a first end, a first longitudinal seat (20a) for receiving and engaging an extension (13) of a first panel (11) in an intermediate portion, and a enlarged base (28) at a second end, said first longitudinal seat (20a) being open in an area adjacent to said flange and delimited, besides by said flange (19) also by a first lateral wall (22) opposite to said flange (19) and by a first base wall (25) for connecting said first lateral wall (22) with said flange (19), said enlarged base (28) defining with a first projection (29), which extends from a first end thereof towards said first base wall (25), a first longitudinal channel (20b) delimited by said flange (19), said first base wall (25), said enlarged base (28) and said first projection (29), wherein said first base wall (25) extends in the direction orthogonal to said flange (19) at least over a section equivalent to the distance between said flange (19) and said first p

Abstract: A multilayer polymeric product is described, which consists of a co-extruded internal central layer of polyethylene terephthalate (PET) copolymer, in a quantity ranging from 80 to 90% by weight with respect to the total weight of the internal layer, mixed with polycarbonate (PC), in a quantity ranging from 10 to 20% by weight with respect to the total weight of the layer, and outer, side layers, of a blend of PET, in a quantity ranging from 15 to 25% by weight with respect to the total weight of the outer layers, and PC, in a quantity ranging from 75 to 85% by weight with respect to the total weight of said outer layers, in particular for use as a building material.

Abstract: A multilayer polymeric product is described, which consists of a co-extruded internal central layer of polyethylene terephthalate (PET) copolymer, in a quantity ranging from 80 to 90% by weight with respect to the total weight of the internal layer, mixed with polycarbonate (PC), in a quantity ranging from 10 to 20% by weight with respect to the total weight of the layer, and outer, side layers, of a blend of PET, in a quantity ranging from 15 to 25% by weight with respect to the total weight of the outer layers, and PC, in a quantity ranging from 75 to 85% by weight with respect to the total weight of said outer layers, in particular for use as a building material.

Abstract: An assembly comprising at least two panels (11, 12) and at least one joining element (13, 113) adapted to receive on the upper part and to hold an end of each of the at least two adjacent panels (11, 12) engaging them in stable manner and comprising on the lower part at least one shaped portion (49), wherein the assembly further comprises at least one support group (100, 200, 300, 400) for the at least one joining element (13, 113) provided on the upper part with at least a first portion (149?, 249?, 349?, 449?) shaped in a manner complementary to the at least one shaped portion (49) of the at least one joining element (13, 113), wherein the at least one support group (100, 200, 300, 400) is further provided with constraint means (149?, 203, 204, 349?, 449?) for connecting one of its lower portions (103, 203, 303, 403) with another element.

Abstract: An extruded honeycombed panel with high mechanical strength made from synthetic thermoplastic material comprises at least two flat sheets (13) that are parallel to each other, spaced apart and connected by a plurality of longitudinal ribs (14) that are incident with respect to the at least two sheets (13), which are suitable for defining at least one layer of said panel, in which the ribs (14) belonging to at least one layer of the panel have an undulating longitudinal extension.

Abstract: A multilayer polymeric product is described, which consists of a co-extruded internal central layer of polyethylene terephthalate (PET) copolymer, in a quantity ranging from 80 to 90% by weight with respect to the total weight of the internal layer, mixed with polycarbonate (PC), in a quantity ranging from 10 to 20% by weight with respect to the total weight of the layer, and outer, side layers, of a blend of PET, in a quantity ranging from 15 to 25% by weight with respect to the total weight of the outer layers, and PC, in a quantity ranging from 75 to 85% by weight with respect to the total weight of said outer layers, in particular for use as a building material.

Abstract: An assembly of panels and jointing elements, in particular for the technical field of building, wherein each panel (11, 12), taken in section, comprises an alveolar structure, determined by a plurality of ribs (14) and arranged between two main outside surfaces (10, 28, 29), extensions (15, 16) obtained at opposed ends of each panel (11, 12), and a jointing element (13, 113) adapted to receive an extension (15, 16) of each of two adjacent panels (11, 12) firmly engaging them, wherein both each extension (15, 16) and the jointing element (13, 113) are provided with reciprocally engaged inclined surfaces (20, 21, 24, 25) facing inwards and facing each other, and wherein the jointing element (13) is U-shaped and is provided with a pressing element (19) that centrally extends inside it and arranges in wedged engagement between outside facing walls (17, 18) of the two extensions (15, 16).

Abstract: Two generally co-planar panels (4) are supported almost edge-to-edge by an intermediate beam (1). A coupling member (2) is captive to the beam (1) by interengaging longitudinal formations (6,11) and provides an interlocking engagement (12,18) for the edges of the panels (4). Opposite the coupling member (2) the beam (1) is proud of the panels (4) and receives and retains a cap (3) which seals against the panels (4). An assembly for attaching such beams and panels to a wall (30) to project therefrom is described.

Abstract: An assembly of panels and jointing elements, in particular for the technical field of building, wherein each panel (11, 12), taken in section, comprises an alveolar structure, determined by a plurality of ribs (14) and arranged between two main outside surfaces (10, 28, 29), extensions (15, 16) obtained at opposed ends of each panel (11, 12), and a jointing element (13, 113) adapted to receive an extension (15, 16) of each of two adjacent panels (11, 12) firmly engaging them, wherein both each extension (15, 16) and the jointing element (13, 113) are provided with reciprocally engaged inclined surfaces (20, 21, 24, 25) facing inwards and facing each other, and wherein the jointing element (13) is U-shaped and is provided with a pressing element (19) that centrally extends inside it and arranges in wedged engagement between outside facing walls (17, 18) of the two extensions (15, 16).

Abstract: Two generally co-planar panels (4) are supported almost edge-to-edge by an intermediate beam (1). A coupling member (2) is captive to the beam (1) by interengaging longitudinal formations (6, 11) and provides an interlocking engagement (12, 18) for the edges of the panels (4). Opposite the coupling member (2) the beam (1) is proud of the panels (4) and receives and retains a cap (3) which seals against the panels (4).

Abstract: A panel assembly including two pairs of panels disposed in spaced parallel relationship lying in common planes with the coplanar panels of each pair having adjacent edges with similarly configured protrusions extending along their adjacent edges, and the protrusions on each of the panels of a pair extend towards each other. A connector is disposed between the pairs of panels and has a large recess in one face thereof which seats the protrusions on the panels disposed in one plane. The opposite face of the connector has a pair of spaced recesses therein which seat the protrusions on the panels disposed in the other plane.