Информация
Soundflex Fiber is a white or black polyester panel covered with Soltis Touch fabric. Thanks to its physical characteristics, polyester has an excellent level of sound absorption and it is resistant to fire and humidity. Soltis Touch is a woven fabric, which was originally created for sun protection but immediately reveals its excellent acoustic performance. The fabric has an extraordinary natural effect and thanks to its exclusive texture it is able to recreate chromatic and transparency effects. The upholstery is available in 28 colors and is characterized by absolute low maintenance and cleaning. Soundflex Fiber can be installed on the wall with the appropriate frame, or on the wall, and an adherent ceiling.
Tip: with the Soltis Touch fabric it is possible to create sound-absorbing curtains for furnishing the environment in absolute harmony with the Soundflex Fiber panel. A single fabric for panels and curtains, a guarantee for acoustic comfort and design.
SIZES
Square
White 59 x 59 x 5 cm - cod. 15705959
Black 59 x 59 x 5 cm - cod. 15805959
Rectangular
White 120 x 60 x 5 cm- cod. 15701260
Black 120 x 60 x 5 cm- cod. 15801260
Round
White
Ø 80 x 5 cm - cod. 1570 0800
Ø 100 x 5 cm - cod. 1570 1000
Ø 120 x 5 cm - cod. 1570 1200
Black
Ø 80 x 5 cm - cod. 1580 0800
Ø 100 x 5 cm - cod. 1580 1000
Ø 120 x 5 cm - cod. 1580 1200
Acoustic comfort, research of materials, and simplicity of installation. The sound-absorbing panel is available in three different materials: melamine foam with upholstery in Uniti 265 fabric, polyester with Soltis Touch fabric upholstery, expanded polyethylene without coating. Soundflex is available in different sizes and in different formats to best adapt to the needs of each environment. Through a kit of accessories, Soundflex can be installed in a few steps on the wall or hung from the ceiling horizontally, with the possibility of enriching the panel with an aluminum frame. The panels of this category are to be preferred in case of adherence installation, ensuring excellent performance in terms of sound absorption.