Editable parking places object to design large-scale parking lots with freeform polygonal perimeter. With optional disabled parking places.

Polygonal verstellbares Bauteil zur Perimeter - Sockeldarstellung. Man setzt es im Grundriss ein und folgt mit dem Polygonzug der Außenkante des tragenden Mauerwerks. im Grundriss gibt es einen abschaltbaren Querschnitt. Diesen kann man beliebig in der Lage verändern und mit diesem kann man die Querschnittsmaße mit Hotspots ändern und somit Bauteildicken an bestehende Schichtendicken der Wand anpassen. Im 3D kann man dann dem schrägen Gelände folgen. Die Sockeltrogprofile passen sich in der Höhe an, Die UK der Perimeterdämmung bleibt gleich wie zuvor. Mit einem SOE-Befehl - Abzug mit verlängerung nach unten - zieht man das GDL von der berührten Wand ab.

Editable parking places object to design large-scale parking lots with freeform polygonal perimeter. With optional disabled parking places.

Pladur® Sound Conditioning Solution. Pladur® FON+, Suspended Ceiling formed by a simple or double (primary and secondary) structure of galvanised steel sheet profiles, based on Pladur® T-60 Profiles, properly suspended from the ceiling structure with Pladur® hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. Pladur® FON+ Boards are then screwed to the simple or secondary structure. Proportional part of the Pladur® materials: screws, compounds, joint tapes, resilient tape, etc, totally finished with a Level 3 (Q3) Quality Finish. Mineral Wool may also be used (without vapour barrier or Kraft paper) on the reverse side of the boards and profiles. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Suspended Twin Frame Ceiling, formed by a double structure (primary and secondary) of galvanised steel sheet profiles, based on Pladur® PH-45, GL, T-47 or T-60 profiles, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more Pladur® boards are then screwed to the secondary structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc, totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Twin Frame, Split Cavity Partitions, formed by two Pladur® boards screwed to each side of a galvanised steel double structure (free or braced) and separated by a variable distance from each other (minimum separation of 10 mm + thickness of interior board). Both structures are formed by Pladur® Studs (vertical elements) and PLADUR® Tracks (horizontal elements). Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Pladur® structure core totally filled with Mineral Wool. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Suspended Single Frame Ceiling, Suspended Ceiling formed by a structure of galvanised steel sheets based on Pladur® T-47, T-60, TF Profiles or Studs, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more PLADUR® boards are then screwed to this structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc. totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Sound Conditioning Solution. Pladur® FON+, Suspended Ceiling formed by a simple or double (primary and secondary) structure of galvanised steel sheet profiles, based on Pladur® T-60 Profiles, properly suspended from the ceiling structure with Pladur® hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. Pladur® FON+ Boards are then screwed to the simple or secondary structure. Proportional part of the Pladur® materials: screws, compounds, joint tapes, resilient tape, etc, totally finished with a Level 3 (Q3) Quality Finish. Mineral Wool may also be used (without vapour barrier or Kraft paper) on the reverse side of the boards and profiles. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Single Frame Partitions, formed by one or more Pladur® boards screwed to each side of the galvanised steel structure, based on Pladur® Studs (vertical elements) and Pladur® Tracks (horizontal elements). Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Pladur® structure core totally filled with Mineral Wool. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Suspended Single Frame Ceiling, Suspended Ceiling formed by a structure of galvanised steel sheets based on Pladur® T-47, T-60, TF Profiles or Studs, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more PLADUR® boards are then screwed to this structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc. totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Twin Frame, Single Cavity Partitions, formed by two Pladur® boards screwed to each side of a galvanised steel double structure (free or braced) and separated by a variable distance from each other (minimum separation of 10 mm). Both structures are formed by Pladur® Studs (vertical elements) and Pladur® Tracks (horizontal elements). Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Pladur® structure core totally filled with Mineral Wool. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Suspended Single Frame Ceiling, Suspended Ceiling formed by a structure of galvanised steel sheets based on Pladur® T-47, T-60, TF Profiles or Studs, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more PLADUR® boards are then screwed to this structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc. totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Single Frame Partitions, formed by one or more Pladur® boards screwed to each side of the galvanised steel structure, based on Pladur® Studs (vertical elements) and Pladur® Tracks (horizontal elements). Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Pladur® structure core totally filled with Mineral Wool. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Suspended Twin Frame Ceiling, formed by a double structure (primary and secondary) of galvanised steel sheet profiles, based on Pladur® PH-45, GL, T-47 or T-60 profiles, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more Pladur® boards are then screwed to the secondary structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc, totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Suspended Twin Frame Ceiling, formed by a double structure (primary and secondary) of galvanised steel sheet profiles, based on Pladur® PH-45, GL, T-47 or T-60 profiles, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more Pladur® boards are then screwed to the secondary structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc, totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Mixed Partition Solutions, formed by two Independent Pladur® wall lining systems both braced to each side of a supporting wall (defined in the project). The mixed partition set’s final thickness will depend on the supporting wall finally defined. Each wall lining system is formed by a structure of galvanised steel sheet profiles, based on Studs (vertical elements) and Tracks (horizontal elements); on the internal side and depending on the free available height, the studs must be braced using angles that fix in place the core of the studs and the supporting wall, leaving a minimum distance of 10 mm between the structure and the wall. One or more Pladur® boards are then screwed to the external side of each wall lining structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes,

Pladur® Suspended Single Frame Ceiling, Suspended Ceiling formed by a structure of galvanised steel sheets based on Pladur® T-47, T-60, TF Profiles or Studs, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more PLADUR® boards are then screwed to this structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc. totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Single Frame Partitions, formed by one or more Pladur® boards screwed to each side of the galvanised steel structure, based on Pladur® Studs (vertical elements) and Pladur® Tracks (horizontal elements). Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Pladur® structure core totally filled with Mineral Wool. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Lightweight Facade And Lift Shaft Solution, formed by a structure of 90-mm wide and 0.7-mm thick galvanised steel sheet profiles, based on Pladur® CH-90 Studs and Pladur® E-90 Studs (vertical elements), with a 600-mm separation between axes and Pladur® J-92 Tracks (horizontal elements); one face of the partition is created toward the inaccessible side (shaft area) by fitting in a 25-mm thick Pladur® CH board with start and end E-90 studs and CH-90 modulation studs, laying between both materials continuous strings of Pladur® Acoustic Intumescent Sealant. One or more 15-mm thick Pladur® FOC boards are screwed to the traversable side of this partition. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4

Pladur® Suspended Single Frame Ceiling, Suspended Ceiling formed by a structure of galvanised steel sheets based on Pladur® T-47, T-60, TF Profiles or Studs, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more PLADUR® boards are then screwed to this structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc. totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Single Frame Partitions, formed by one or more Pladur® boards screwed to each side of the galvanised steel structure, based on Pladur® Studs (vertical elements) and Pladur® Tracks (horizontal elements). Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Pladur® structure core totally filled with Mineral Wool. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Twin Frame, Single Cavity Partitions, formed by two Pladur® boards screwed to each side of a galvanised steel double structure (free or braced) and separated by a variable distance from each other (minimum separation of 10 mm). Both structures are formed by Pladur® Studs (vertical elements) and Pladur® Tracks (horizontal elements). Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Pladur® structure core totally filled with Mineral Wool. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Suspended Single Frame Ceiling, Suspended Ceiling formed by a structure of galvanised steel sheets based on Pladur® T-47, T-60, TF Profiles or Studs, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more PLADUR® boards are then screwed to this structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc. totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Twin Frame, Single Cavity Partitions, formed by two Pladur® boards screwed to each side of a galvanised steel double structure (free or braced) and separated by a variable distance from each other (minimum separation of 10 mm). Both structures are formed by Pladur® Studs (vertical elements) and Pladur® Tracks (horizontal elements). Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Pladur® structure core totally filled with Mineral Wool. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Suspended Single Frame Ceiling, Suspended Ceiling formed by a structure of galvanised steel sheets based on Pladur® T-47, T-60, TF Profiles or Studs, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more PLADUR® boards are then screwed to this structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc. totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Lightweight Facade And Lift Shaft Solution, formed by a structure of 90-mm wide and 0.7-mm thick galvanised steel sheet profiles, based on Pladur® CH-90 Studs and Pladur® E-90 Studs (vertical elements), with a 600-mm separation between axes and Pladur® J-92 Tracks (horizontal elements); one face of the partition is created toward the inaccessible side (shaft area) by fitting in a 25-mm thick Pladur® CH board with start and end E-90 studs and CH-90 modulation studs, laying between both materials continuous strings of Pladur® Acoustic Intumescent Sealant. One or more 15-mm thick Pladur® FOC boards are screwed to the traversable side of this partition. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4

Pladur® Suspended Single Frame Ceiling, Suspended Ceiling formed by a structure of galvanised steel sheets based on Pladur® T-47, T-60, TF Profiles or Studs, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more PLADUR® boards are then screwed to this structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc. totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Mixed Partition Solutions, formed by two Independent Pladur® wall lining systems both braced to each side of a supporting wall (defined in the project). The mixed partition set’s final thickness will depend on the supporting wall finally defined. Each wall lining system is formed by a structure of galvanised steel sheet profiles, based on Studs (vertical elements) and Tracks (horizontal elements); on the internal side and depending on the free available height, the studs must be braced using angles that fix in place the core of the studs and the supporting wall, leaving a minimum distance of 10 mm between the structure and the wall. One or more Pladur® boards are then screwed to the external side of each wall lining structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes,

Pladur® Suspended Twin Frame Ceiling, formed by a double structure (primary and secondary) of galvanised steel sheet profiles, based on Pladur® PH-45, GL, T-47 or T-60 profiles, properly suspended from the ceiling structure with Pladur® Hangers + Ø 6 mm threaded rod, and supported by Pladur® Profiles mechanically attached all along the perimeter. One or more Pladur® boards are then screwed to the secondary structure. Proportional part of the Pladur® materials: screws, compound, joint tape, resilient tape, etc, totally finished with a Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Single Frame Partitions, formed by one or more Pladur® boards screwed to each side of the galvanised steel structure, based on Pladur® Studs (vertical elements) and Pladur® Tracks (horizontal elements). Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Pladur® structure core totally filled with Mineral Wool. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Twin Frame, Split Cavity Partitions, formed by two Pladur® boards screwed to each side of a galvanised steel double structure (free or braced) and separated by a variable distance from each other (minimum separation of 10 mm + thickness of interior board). Both structures are formed by Pladur® Studs (vertical elements) and PLADUR® Tracks (horizontal elements). Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Pladur® structure core totally filled with Mineral Wool. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Pladur® Single Frame Partitions, formed by one or more Pladur® boards screwed to each side of the galvanised steel structure, based on Pladur® Studs (vertical elements) and Pladur® Tracks (horizontal elements). Proportional part of the Pladur® materials: screws, compound, joint tape, resilient/acoustic tape in the perimeter, etc, as well as anchor bolts for tracks on floor and ceiling, etc, totally finished with a Level 1 (Q1) Quality Finish for tiled finishes, laminated finishes with strips, etc, or Level 2 (Q2), Level 3 (Q3) or Level 4 (Q4) Quality Finish, depending on surface finish requirements (defined in the project). Pladur® structure core totally filled with Mineral Wool. Assembly according to Pladur® recommendations, Standard UNE 102043 and CTE requirements.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Inert incobustible calcium sulphate and fibers core panels, density between 1.100 and .1200 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter join.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Chipboard FSC® core panels, density between 650 and 700 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter joint, bare finishing for loose-lay covers.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Chipboard FSC® core panels, density between 700 and 750 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter joint, bare finishing for loose-lay covers.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Inert incobustible calcium sulphate and fibers core panels, density between 1.100 and 1.200 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter join.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Chipboard FSC® core panels, density between 650 and 700 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter joint, bare finishing for loose-lay covers.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Chipboard FSC® core panels, density between 650 and 700 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter joint, bare finishing for loose-lay covers.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Chipboard FSC® core panels, density between 700 and 750 kg/m3, totally encased in two steel galvanized tray, thickness between 0,30 and 0,35 mm, assembled with vinyl gluing and double folded with patented perimeter joint, bare finishing for loose-lay covers.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Inert incobustible calcium sulphate and fibers core panels, density between 1.500 and 1.600 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter join.

REG 600 panel is manufactured with a 30mm thickness high density chipboard core fully encapsulated on galvanized steel, through a perimeter wrapping system. The panels system is installed on zinc steel pedestals with a non shaking head made on environment

REG.EB panel is manufactured with a 30mm thickness high density chipboard core fully encapsulated on galvanized steel, through a perimeter wrapping system, panels faced by Linoleum, PVC or rubber . The panels system is installed on zinc steel pedestals wi