Ultrakustik-Tape M150
It is used as an elastic vibroisolating liner at the joints of soundproof structures components with adjacent surfaces. Reduces the transmission of structural and shock noise, increases the effectiveness of soundproofing structures. Request PriceHigh Efficiency with Low Thickness
The layered porous structure of the tape is designed to dissipate sound energy. Each layer is a barrier to noise entering the insulated room.
For maximum results, it is recommended to use Ultrakustik VS tape with acoustic sealant. Together they increase the effectiveness of soundproofing structures by 5 dB!
Performance Stability
Ultrakustik Tape M150 maintains stable high soundproofing characteristics under static and dynamic loads over its long service life.
Easy-to-use
Ultrakustik Tape M150 can be easily cut with a standard construction knife. 150 mm (6 in) wide tape is perfectly suitable for most types of soundproofing structures, including ZIPS and ZIPS panel systems.
Floor, framed soundproof partitions, cladding, and suspended ceilings.
Как выбрать Ultrakustik Tape для себя?
Название | Ширина, мм | Длина рулона, м | Вес рулона, кг | Применение |
---|---|---|---|---|
Ultrakustik Tape M100 | 100 | 30 | 1 | Применяется с любыми звукоизолирующими конструкциями толщиной не более 100 мм |
Ultrakustik Tape M150 | 150 | 30 | 1,5 | Применяется с любыми звукоизолирующими конструкциями толщиной не более 150 мм |
Maintenance info
Ultrakustik Tape M150 Composition
Ultrakustik Tape M150 is made of high quality multilayer soundproof glass-fiber mat.
Storage
Ultrakustik Tape should be stored in its original packaging in dry premises away from any precipitation and groundwater.
Features of the material usage
Ultrakustik Tape M100 is used as a cushioning material in building structures during the installation of ZIPS, ZIPS Floor panel systems, framed soundproof partitions, claddings, and suspended ceilings, as well as an edge layer in soundproof floating floor structures.
Physical Properties
Acoustic Characteristics
At a load of 5 kPa - 0.35