Overview
Atena provides a wide range of custom-made metal false ceilings known for their ease of installation, safety, durability, and high-quality materials. These systems are suitable for various environments such as offices, hospitals, schools, airports, cinemas, shopping malls, and cruise ships. They can be integrated with lighting, heating, and air conditioning systems and are available with antiseismic kits.
Specifications
The systems are available in various designs, including aligned or lowered tiles, straight or wavy shapes, and can be made from steel, aluminum, or expanded metal. They can be installed with either visible or hidden structures.
Installation and Customization
Atena systems are designed for easy and quick installation, compatible with common hangers, and allow for mechanical coupling for easy alignment and dismounting. Customization options include size, finish, and the ability to sublimate surfaces with images or effects.
Performance Features
Atena ceilings can enhance acoustic performance and are available with special sound insulation materials. They also offer antiseismic solutions with a dedicated kit and anticorrosive and antibacterial treatments for environments requiring high hygiene standards.
Product Range
The document lists various systems such as Bandraster, Brett, Multichannel, Eclectic Easy, Enigma Syncro, Syncro-Eclectic, Z System, J System, Compact System, Wavy Metal, Multilevel3D Cube, and Tri-Lateral System. Each system is designed to meet specific architectural and functional requirements.
Certifications
Atena systems are tested and certified for acoustic performance and comply with European standards for antiseismic certification.
Bandraster Ceiling Systems
The document provides technical specifications and installation instructions for Bandraster ceiling systems, which include both crossing and parallel models. These systems are designed for creating false ceilings using steel or aluminum panels, which can be plain or perforated.
Specifications- Materials: Steel (6/10) and Aluminum (8/10).
- Profile Widths: Punched profiles: 100, 125, 150 mm; Non-punched profiles: 75, 100, 125, 150, 175, 200 mm.
- Profile Lengths: Main runner: 4000 mm (non-punched), 3600 mm (punched); Secondary profiles are variable.
System Components- Main and Cross Bandraster profiles.
- Wall and Longitudinal connectors.
- Hanging brackets and Threaded bar brackets.
- Special joints for easy and secure installation.
Installation Procedures- Crossing System: Involves fixing wall connectors, installing hangers, and using cross connectors for alignment.
- Parallel System: Utilizes U-shaped profiles and threaded bars for stability, with hanging brackets for secure attachment.
- T24 Parallel System: Incorporates T24 profiles for specific panel sizes, requiring precise interaxe measurements.
Dimensions and InteraxesThe document includes tables for calculating interaxes based on Bandraster width and T24 length, ensuring correct panel sizing.
RecommendationsThe document emphasizes the importance of using the correct components and following the specified installation steps to ensure system stability and alignment.
Additional NotesCustomization options are available for panel alignment and aesthetic effects, with detailed instructions for both lay-on and lay-in models.
Brett Parallel and Corridor Systems
The document provides a detailed description of the Brett Parallel and Brett Corridor systems, which are ceiling systems made up of metal tiles and a visible holding structure. These systems are designed for easy installation and inspection, offering various customization options in terms of dimensions, materials, and finishes.
Specifications- Materials: The systems use steel or aluminum for the tiles and beams, with options for plain or perforated surfaces. The materials are treated for antibacterial and anticorrosion properties.
- Dimensions: Customizable dimensions for both tiles and beams, with standard beam widths of 100 or 150 mm and lengths typically 4000 mm.
- Finishes: Available in gloss or matt RAL colors, with options for sublimation of effects or images.
Structure and Installation- The Brett Parallel system features a visible structure with Brett beams, allowing for easy adaptation to various spaces. The beams are designed to support tiles laid on the upper folds, ensuring a linear appearance.
- The Brett Corridor system is designed for narrow spaces like corridors, with options for sliding or hooking panels for easy access to the ceiling space.
- Installation involves fixing wall connectors, hanging U profiles, and securing the structure with threaded bar brackets and locking clips.
Models and Options- Brett Parallel: Includes plain, open, and hooking models, with options for aligned or lowered tiles to create aesthetic effects.
- Brett Corridor: Offers sliding swinging and hooking models, suitable for direct wall installation or integration with plasterboard veils.
Key Features- Easy installation with few steps required.
- Customizable to meet specific project requirements.
- Options for quick inspection and maintenance access.
Multichannel and Eclectic Easy Systems
The document provides detailed technical specifications and installation procedures for the Multichannel and Eclectic Easy systems, which are designed for creating versatile ceiling structures using aluminum and steel components.
Specifications- The Multichannel system utilizes extruded aluminum profiles to ensure panel flatness and proper installation. It includes longitudinal and orthogonal joints for beam alignment and wall connections.
- The Eclectic Easy system features visible structures with Eclectic Easy beams, offering a mix of elements for unique ceiling designs. It supports both lowered and aligned tiles with various edge styles.
Installation Procedures- For the Multichannel system, perimeter profiles are installed on parallel walls, threaded bars are screwed at 800 mm intervals, and beams are hung and fixed with stiffening profiles.
- The Eclectic Easy system involves hanging brackets, sliding beams into crossing elements, and securing them with locking wings and screws.
System Elements- Multichannel components include beams, lateral profiles, cross connectors, and perimeter profiles, all made from extruded aluminum.
- Eclectic Easy components consist of beams, crossing elements, and brackets, available in custom sizes and materials like steel and aluminum.
Recommendations- Verify the interaxe according to load conditions for the Multichannel system.
- Consult Atena's technical department for proper suspension modes when installing lighting elements within the beams.
Additional Features- Multichannel beams can be equipped with polycarbonate covers for lighting and ventilation purposes.
- Eclectic Easy allows for creative aesthetic effects with customizable panel dimensions and finishes.
Enigma Syncro System
The Enigma Syncro system is composed of galvanized steel "C" beams with special holes for hooking tiles using Syncro springs. It is available in three models: Syncro Parallel, Syncro Crossing, and Syncro Extra. The system allows for tiles to be installed side by side or with a minimum gap of 5 mm. The beams can be shaped to integrate LED lighting.
Materials
Tiles are available in aluminum, inox steel, pre-painted white steel, and post-painted steel, with thicknesses ranging from 5/10 to 8/10.
Finishes
Tiles can have a smooth or perforated surface, with post-painting in gloss or matt RAL colors. Antibacterial and anticorrosion treatments are available.
Models- Syncro Parallel: Easiest to install, tiles are side by side for a compact effect. Beams can integrate LED lighting.
- Syncro Crossing: Offers aesthetic results with tiles installed with gaps on crossing beams integrated with LED lighting.
- Syncro Extra: Used in healthcare, features neoprene gaskets for sealing, minimizing air exchange between spaces.
Installation Procedures
Installation involves fixing perimeter profiles, hanging beams, and hooking tiles using springs. The system allows for easy access to the interspace by using special springs.
Perimeter Profiles
Available in "C" and "L" shapes, with dimensions specified for each type. The "Double L SPECIAL" profile includes a spring for increased stability.
Applications
Enigma Syncro systems are versatile, suitable for various environments, including healthcare, due to their customizable acoustic properties and integration with LED lighting.
Construction System Components
The document outlines various components used in construction systems, including threaded bars, holed bars, hangers with loops or hooks, and double springs. Materials mentioned include steel, galvanized steel, spring steel, carbon steel, and aluminum. The specifications vary based on the product features, with dimensions and materials tailored to specific needs.
Installation Procedures
The installation process involves several steps: fixing perimeter profiles, installing hangers, inserting hanging brackets on beams, hooking spacers, and installing neoprene gaskets. Special springs allow for rapid access to interspaces by enabling a swing mechanism. The document provides detailed instructions for installing the Syncro-Eclectic Master and Parallel systems, emphasizing the use of threaded bars and custom-made perimeter profiles.
System Descriptions
The Syncro-Eclectic Master system is designed for stability in seismic areas, with visible beams, spacers, and cross bars. It is suitable for environments subject to vibrations, such as railway or subway stations. The Syncro-Eclectic Parallel system features Syncro tiles hooked on visible beams, creating a compact and gap-free ceiling. Both systems are customizable to project requirements.
Design and Aesthetics
The systems offer options for plain or perforated surfaces, with post-painting in gloss or matt RAL colors. They include antibacterial and anticorrosion treatments. The document highlights the importance of creating a uniform false ceiling without a separated perimeter frame, using specially shaped beams and joints.
Key Components and Accessories
Components include main and perimeter beams, spacers, crossing elements, and Syncro tiles. The document details the use of brackets for fixing and hanging, with specific instructions for inserting springs and aligning beams using joints. The systems are designed to be eco-friendly and adaptable to various structural and aesthetic requirements.
Syncro-Eclectic Crossing and Z System
The document describes the Syncro-Eclectic Crossing and Z System, which are modular false ceiling systems. These systems are composed of tiles and beams designed for easy installation and customization to meet specific project requirements.
SpecificationsThe Syncro-Eclectic Crossing system includes Syncro tiles aligned with beams and spaced by 3 cm, covered by an aesthetic shutter. The Z System consists of metal tiles with varying lengths and widths, supported by a hidden structure made of secondary Z profiles.
MaterialsThe systems use galvanized steel, spring steel, carbon steel, and aluminum. Tile materials include steel and aluminum with thicknesses ranging from 5/10 to 8/10.
Installation ProceduresThe installation involves hanging threaded bars, fixing suspension brackets, and attaching beams and spacers. Specific brackets are used for perimeter and main beams. The Z System requires a punched U profile and a special hanging bracket with a locking spring.
Customization and FinishingBoth systems offer custom dimensions and a variety of finishes, including plain or perforated surfaces, gloss or matt RAL colors, and sublimation effects. Antibacterial and anticorrosion treatments are available.
Key ComponentsThe document lists components such as Syncro beams, Syncro tiles, Syncro springs, and various brackets and spacers, each with specific codes and materials.
RecommendationsAttention is required when selecting brackets for different beam types. Proper installation ensures the system's stability and aesthetic integration.
Z System
The document describes the Z System, a versatile ceiling system made of steel or aluminum tiles that can be plain or perforated. The tiles are designed to be perfectly aligned, creating a uniform appearance. The system includes custom-made tiles for specific project requirements, with options for both convex and concave curves.
System ElementsThe Z System includes various components such as Z profiles, U profiles, threaded bars, and brackets. Each component is designed to facilitate the installation and ensure the stability of the ceiling structure.
Installation ProceduresThe installation involves fixing perimeter profiles, installing hangers, and using brackets to attach Z profiles to U profiles. The process includes securing the profiles with locking clips and ensuring the correct insertion of locking springs.
Wave SolutionThe Z System Wave Solution is designed for creating curved false ceilings with hidden structures. It allows for custom-made dimensions and various finishes, including antibacterial and anticorrosion treatments.
Silver Sea ModelThis model features alternating concave and convex tiles with special lighting effects. It includes LED strips for illumination and is designed to create a scenographic effect.
Corridor SolutionThe corridor version of the Z System is designed for hidden structure ceilings in corridors, allowing easy access to the plenum with tiles that can remain attached to the Z profile.
Z System Corridor
This section describes the Z System for corridors, which features hook-on tiles with a hidden structure. The tiles are made from pre-painted or post-painted steel or aluminum, with dimensions customizable to specific needs. The structure is composed of Z profiles fixed to L punched profiles, allowing easy alignment and setting. The tiles can be opened by pushing them upwards, moving them sideways, and then tilting them downwards.
Materials and FinishingThe tiles are available in steel or aluminum with thickness options of 5/10, 6/10, 7/10, and 8/10. They can have a plain or perforated surface, with post-painting in gloss or matt RAL colors. Additional treatments include sublimation of effects or images, and antibacterial and anticorrosion treatments.
J System Swinging CorridorThis system is designed for corridors and large halls requiring frequent inspection. It consists of custom-made tiles installed on a galvanized steel C perimeter channel with special brackets for hooking panels. The perimeter profiles match the finishing of the metal ceilings.
Compact SystemThe Compact System is designed to cover large spaces with panels up to 5 meters long. It features right-edged tiles with high structural stability, providing a compact and uniform appearance. The hidden structure is made of U-shaped galvanized steel profiles, with special brackets for hooking tiles. The system supports a maximum bearing load of 10-12 kg/m2 depending on the tile dimensions.
Installation Steps- Install the L perimeter profile on walls.
- Fix Z profiles on L punched profiles.
- Hook the tiles on Z profiles.
- For the Compact System, the installation involves positioning the U-shaped profiles, hooking the panels, and securing them with locking clips.
Installation Instructions for Compact Ceiling System
Specifications and ComponentsThe document outlines the installation process for a compact ceiling system using various profiles and brackets. Key components include "U" profiles, "Double L" perimeter profiles, and different types of brackets (A, B, C). The system is designed for ease of installation and disassembly, with specific instructions for handling the locking spring and clips.
Installation Procedure- Mark the perimeter frame and install "Double L" perimeter profiles.
- Define the ceiling height using a spirit level and mark it with a rope.
- Hang threaded bars at 600 mm intervals.
- Install "U" shaped profiles at 1800 mm intervals.
- Place the brackets on the "U" profiles.
- Proceed with the installation of the false ceiling following the provided scheme.
Panel Installation- Place the first two brackets (A and B) on the "U" profile.
- Position the third bracket (C) on the "U" profile.
- Install subsequent panels by following instructions for sections 4, 5, and 6.
- Ensure the last panel's brackets are fastened with clips, but wings remain open for potential disassembly.
- Use the "Double L" perimeter profile to prevent panel movement.
Disassembly Instructions- Start from the last tile, raise and tilt it, then move it towards the perimeter profile.
- Tilt the panel and slide it down.
- Follow the sequence for removing brackets, ensuring the middle one is last.
- Open the wings of brackets 1-2-3, remove locking clips from brackets 4-5-6, and slide them forward.
Wavy Metal Ceiling SystemThe document also describes the Wavy Metal ceiling system, available in various models with visible and hidden structures. It offers a versatile solution for creating both sober and vibrant ceiling designs. The system supports different configurations and is available in multiple dimensions and materials, including aluminum and steel.
Key Features- Lay-in, clip-in, and hook-on tiles with visible and hidden structures.
- Available in prepainted white and silver finishes, with options for RAL color post-painting and image sublimation.
- Acoustic tissue application is possible on prepainted models.
ConclusionThe document provides comprehensive instructions for installing and disassembling a compact ceiling system, emphasizing ease of use and versatility. The Wavy Metal system offers additional design flexibility for various architectural needs.
Wavy Metal and MultiLevel3D Cube Systems
The document provides detailed specifications and descriptions of various ceiling system components, focusing on the Wavy Metal and MultiLevel3D Cube systems by Atena. It includes information on materials, dimensions, and installation procedures.
Specifications- Materials: Components are made from steel (AC), galvanized steel (ACz), spring steel (AC AR), and aluminum (ALL).
- Dimensions: Various components such as tiles, profiles, and connectors are provided in specific dimensions, e.g., Wavy Metal Tiles are available in 800x1200 mm and 600x600 mm sizes.
- System Elements: Includes punched bandrasters, wall connectors, cross connectors, hanging brackets, and threaded bars, each with specific dimensions and material specifications.
Procedures- Installation: Detailed instructions for installing the MultiLevel3D Cube system, including drawing perimeter lines, determining ceiling height, and fixing hangers and profiles.
- Assembly: Instructions for assembling the Wavy Metal system, including cutting pre-supplied bars on-site.
Standards and Recommendations- Customization: Systems can be customized in color, finish, and perforation according to project requirements.
- Additional Options: Systems with different bandrasters (75, 175, 200 mm) are available upon request.
Key Features- MultiLevel3D Cube: Offers a modular ceiling system with a three-dimensional effect, customizable in various sizes and finishes.
- Diamond System: Designed for creating a three-dimensional false ceiling with unique, joint-free modules.
Installation Tips- Ensure proper hooking of the Atena Steel Strong Easy structure by applying pressure until the clip clicks.
- Verify interaxe according to the load per square meter for hanger installation.
Diamond System
The document provides detailed technical specifications and installation procedures for the Diamond System, a ceiling panel system designed for aesthetic and acoustic enhancement. It includes information on the system's components, installation instructions, and customization options.
System ComponentsThe Diamond System consists of several key components: Diamond tiles, "C" carriers, "U" profiles, threaded bar brackets, and threaded bars. The supporting structure is made of "C"-shaped profiles with rubber pegs for hooking tiles, and "U" profiles are suspended using brackets and threaded bars.
Installation ProceduresThe installation involves several steps: installing perimeter profiles, fixing threaded bars to the deck, covering pegs with rubber, screwing carriers to "U" profiles, and hooking tiles to carriers. Detailed instructions are provided for the correct installation of threaded bar brackets.
Customization and Aesthetic OptionsThe system allows for customization in terms of tile shapes, sizes, and materials. Perimeter profiles are used for aesthetic purposes, ensuring a gap for easy panel installation. The document also discusses the integration of lighting elements into the ceiling system.
Acoustic IslandsAtena Acoustic Islands are described as customizable solutions for improving acoustic comfort. They can be tailored in shape, size, and color, and are made from metal elements combined with sound-absorbing materials. Various shapes and materials are available, and the islands can be integrated with other ceiling systems for enhanced acoustic performance.
Finishing and PerforationsThe document outlines available finishes and perforation types for the panels, including standard and custom options. It highlights the ability to sublimate images onto metal surfaces for aesthetic customization.
Technical SpecificationsDetailed specifications for materials, dimensions, and installation components are provided, including codes and descriptions for each part of the system. The document also includes information on standard colors and finishes available for the panels.
Perforated Materials Specifications
The document outlines various specifications for perforated materials, including maximum coil and perforation widths, material thickness, and open area percentages. For example, the maximum coil width ranges from 830 mm to 1300 mm, and the open area percentages vary from 4% to 53% depending on the pattern and material.
ProceduresThe document details procedures for creating different perforation patterns, such as diagonal and square perforations, with specific dimensions and open area percentages. It also includes guidelines for the use of perimeter profiles and air anemostats in ceiling systems.
Standards and CertificationsAtena's products comply with Euroclass standards for building materials, ensuring they are incombustible and classified as A1. The document also mentions compliance with NTC 2008 and UNI EN 13964 standards for internal applications, and the need for specific considerations for external applications.
RecommendationsRecommendations include using specific profiles and springs for secure installation, and ensuring that lighting and accessories are independently fixed to avoid loading the ceiling system. The document also advises on the eco-friendliness of the products, highlighting their recyclability and contribution to LEED certification.
Key Data from Tables and DiagramsThe document includes tables with detailed specifications for various perforation patterns, such as dimensions, open area percentages, and recommended material thicknesses. It also provides scale drawings for certain patterns and profiles, ensuring precise implementation in construction projects.
Critical InformationImportant parameters include the maximum widths for coils and perforations, material thickness limits, and specific open area percentages for different patterns. The document emphasizes the importance of adhering to technical standards and ensuring proper installation to maintain structural integrity and aesthetic properties.
Specifications and Certifications
Atena products comply with NTC 2008 and EUROCODICI standards and have a Declaration of Performance (DOP) CE according to European Law 305/2011. The products are certified for flexion resistance with a maximum span of 1200 mm (Class 1), durability of post-painted items (Class C), durability of galvanized items (Class B), and release of dangerous substances (none). Fire reaction classifications include Class A1 for smooth or perforated tiles with Viledon Plus and Class A2s1d0 for perforated tiles with standard Viledon.
Corrosion ResistanceGalvanized steel products are classified as C2, pre-painted galvanized steel as C3, post-painted galvanized steel as C4, and pre and post-painted aluminum products as C5. For aggressive environments, such as swimming pools or industrial areas with chemical emissions, it is recommended to consult Atena's technical department for suitable materials and surface treatments.
Durability and Corrosion ProtectionDurability tests conducted by Istituto Giordano S.p.A. show excellent corrosion resistance for Atena components, classified as C5-M media. Tests comply with UNI EN ISO 6270-2:2005 and 12944-6:2001 standards. Atena recommends using polymer separators or post-painted polyester-coated galvanized materials to protect against galvanic corrosion.
Chemical Corrosion ProtectionAccording to UNI EN ISO 13964, all steel and aluminum components must be protected against corrosion based on exposure class. Corrosion resistance is categorized as low, medium, or high, and is not a guarantee of durability but an indication for maintenance scheduling.
Product Durability ClassificationGalvanized steel products fall under exposure class B, painted steel products under class C, and stainless steel and aluminum elements under class D. Special treatments against galvanic and chemical corrosion are available upon request.
Environmental and Corrosion ClassificationsCorrosion classes range from C1 (very low) to C5 (very high), with specific conditions for internal and external environments. The classification helps in evaluating the performance of coatings in different environments.
Additional InformationAll dimensions are nominal and expressed in millimeters. Technical specifications are subject to change without notice. For more details on colors, perforations, and installation, consult the online technical data sheets or contact Atena's sales department.