PVC stretch ceiling
PERFORATED STRETCH CEILING
Saros EST OU
SAROS DESIGN SOMFORT stretch ceiling is the easily producible way to create acoustic comfort in the room on the basis of a new line of perforated materials, while maintaining the attractive appearance typical for stretch ceilings.
The sound waves from a source located in the room are partially absorbed through the holes in SAROS DESIGN COMFORT perforated stretch ceiling.
SAROS DESIGN COMFORT acoustic ceilings made of microperforated PVC foil were tested in Acoustical Investigation & Research Organisation LTD (London) accredited by UKAS laboratory. According to the issued certificate № L/3220 of 26.01.2012 it was given "D" class of absorption.
Perforated stretch ceilings allow to realize the unusual design concepts and discovers new possibilities in lighting sphere.
As a stretch ceiling we use the perforated canvas with the hole diameters of 1.3 or 1.8 mm. By placing a light source in the ceiling void you can achieve an unusual visual effect. As addition to the total construction we can use light-diffusing canvas between the light source and the perforated ceiling. At the same time the diffused light passes through the holes and the light source becomes invisible.
The sound waves from a source located in the room are partially absorbed through the holes in SAROS DESIGN COMFORT perforated stretch ceiling.
SAROS DESIGN COMFORT acoustic ceilings made of microperforated PVC foil were tested in Acoustical Investigation & Research Organisation LTD (London) accredited by UKAS laboratory. According to the issued certificate № L/3220 of 26.01.2012 it was given "D" class of absorption.
Perforated stretch ceilings allow to realize the unusual design concepts and discovers new possibilities in lighting sphere.
As a stretch ceiling we use the perforated canvas with the hole diameters of 1.3 or 1.8 mm. By placing a light source in the ceiling void you can achieve an unusual visual effect. As addition to the total construction we can use light-diffusing canvas between the light source and the perforated ceiling. At the same time the diffused light passes through the holes and the light source becomes invisible.
