The suspended ceilings are available with exposed, partly visible or completely concealed grids and – in combination with a range of ceiling tile edges and colours – open up for various design effects.
Our Connect™ grid ceiling system is made in galvanized steel and is available in several colours that complement our ceiling tiles. There are also two types of grid systems designed specifically for different levels of corrosive environments.
Direct fixing is an installation method that attaches sound absorbers directly to the existing soffit or ceiling using screws or glue adhesive for a fast and easy acoustic upgrade. It is a great choice when your space requires acoustic improvement but is unable to accommodate a suspended ceiling or when you are limited by a low ceiling or existing elements such as ventilation, lighting or sprinkler system.
The choice of absorber and mounting method depends on the physical appearance and technical conditions of the room, as well as the acoustic effect you aim to achieve.
It is easy to apply glue onto the tiles which are then fixed directly to the existing ceiling or soffit. Connect Absorber Glue is quick and easy to handle and has a high initial staying power after you have pushed the tile into place.
Using Connect screws enables a secure direct installation with the possibility to demount the panels. Moreover, it provides a safe solution when the surface of the soffit is uneven.
Ecophon Super G™ offers solutions for environments where there is a need for extra robust sound absorption systems such as school corridors, sports halls and other environments where there is a risk of mechanical impact.
The range includes suspended wall-to-wall ceilings and direct fixing solutions with screws or glue adhesive for a quick and easy acoustic upgrade.
To prevent sound spreading from one room to another, sound insulation solutions can be used. The general approach is to combine a sound insulating suspended ceiling with partitions.
The Extra Bass system is specially developed for classrooms and other learning environments. The system effectively reduces low frequency sounds, such as mechanical ventilation, scraping chairs, closing doors, footsteps, voices and traffic noise.
In hospitals and other healthcare facilities, a good sound environment is crucial for saving lives as well as rest and recovery. A common characteristic of these environments is that they all have specific hygiene demands. This could, for instance, be disinfection, water-resistance or dust-resistance.
