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- ZIPS-Z4, sandwich-panel
- ZIPS-III-Ultra, sandwich-panel
- ZIPS-Vector, sandwich-panel
- ZIPS-Module, sandwich-panel
- ZIPS-Cinema, sandwich-panel
- ZIPS-Floor Vector, sandwich-panel
- ZIPS-Floor Module, sandwich-panel
- Vibroseal (Vibroacoustic Sealant)
- Vibrostack-M 100 Tape Sound-Proofing Liner
- Vibrostack-M 150 Tape Sound-Proofing Liner
Frameless sound insulating system ZIPS
ZIPS – is the oldest trade mark owned by Acoustic Group. It is identified as Sound Insulating Panel System. From 1999 until now different modifications of sound insulating sandwich-panels for additional acoustic insulation have been produced under this brand. The products under trade mark ZIPS are also patented in Russia, CIS countries and European Union. More than 1 mln. m2 of sound insulating structures for additional noise insulation of walls, floor and ceiling have been produced during this period All materials are produced in Russia.
ZIPS-Z4, sandwich-panel
4th generation of frameless soundproofing system. For unevenness walls and ceilings. ΔRw = 16 – 19dB
ZIPS-III-Ultra, sandwich-panel
Frameless sound insulating system of the third generation. The most efficient design in terms of “thickness/result”. ΔRw = 16 – 18dB
ZIPS-Vector, sandwich-panel
The panel system for sound isolation of basic level. The additional sound isolation index for airborne noise: ΔRw = 12 - 14 dB
ZIPS-Module, sandwich-panel
The panel system for sound isolation of standart level. The additional sound isolation index for airborne noise: ΔRw = 16 - 18 dB
ZIPS-Cinema, sandwich-panel
The sound insulating high-level panel system. The additional sound isolation index for airborne noise: ΔRw = 19 - 21 dB
ZIPS-Floor Vector, sandwich-panel
Basic level soundproofing assembling panel system for additional sound insulation of floors.
ZIPS-Floor Module, sandwich-panel
Standart level soundproofing assembling panel system for additional sound insulation of floors.
Vibroseal (Vibroacoustic Sealant)
boasts of the best vibro-acoustic properties, neutral (do not causes metal corrosion)
Vibrostack-M 100 Tape Sound-Proofing Liner
high efficiency with little thickness, stable characteristics, durability
Vibrostack-M 150 Tape Sound-Proofing Liner
high efficiency with little thickness, stable characteristics, durability
Distinctive characteristics:
First of all, the sound insulating system ZIPS is frameless. Panels are sandwiches consisting of tongue-and-groove gypsum-fiver boards (GFB) and layers of sound absorbing material Shumanet and Shumostop. Without frame sound vibrations fail to bass by the layers indirectly and have to pass through the combination of sandwich-panel layers. It ensures high damping and noise retroreflection.
Rigidity of the sound absorbing layer facing a partition wall or a structural ceiling slab has been selected so that to ensure reliable frameless erection provided that minimum passing of vibrations through carcass of sound insulating material for face surface of the system.
In system ZIPS-POL and ZIPS-III-Ultra to increase vibration insulation degree of a panel from a noise-producing surface the special support vibration insulators made of elastomer Sylomer are provided.
The system is fastened to the protected surface (a wall or a ceiling slab) only through special vibration insulating units meant to maximize reduction of sound vibrations transfer from the noisy structure to sandwich-panels.
To minimize influence of flanking paths ZIPS system design does not have a hard contact between ends faces of panels in places of their contact with side walls or ceiling slabs. For this purpose a vibration insulating spacer Vibrostek-M consisting of two layers 4 mm each is used around the perimeter. Joints between panels and adjacent building constructions are closed with elastic vibroacoustic joint sealer Vibrosil.
Sandwich-panels have a tongue-and-groove joint to eliminate possible gaps during erection. After erection of sandwiches on the protected surface they are covered with a finished layer of acoustic GPB AKU-Line. It provides protection of vibration insulating units from damage during subsequent finishing and simultaneously acoustic insulation is improved owing to damping of the sandwich-panel surface with GPB boards at wave coincidence frequencies.