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STILLNESS III®
SOUNDPROOFING PLATES
Image of STILLNESS III, Ref.:STLLIII, Soundproofing Plates of four layers. SOUNDPROOFING ENHANCEMENT STILLNESS® III
BETWEEN 18 AND 21 dB.
FEATURES
DESCRIPTION
• Depending on the constitution of the base of the wall or ceiling, this material can
enhance the sound insulation between 18 and 21 dB. STILLNESS® III is a damping system and sound insulation board composed of anti-vibration
and massive elements. We select inorganic materials with different densities and thicknesses
• Reduces sound transmission loss property. Installation: with screws or contact glue. to form a composite layer with the best properties of sound insulation and vibration damping in
• Fire-resistance: B-s1,d0 (similar to old M1). order to effectively insulate the medium-low and low frequencies of the sound transmission.
• Environmentally friendly material. High-density board surface, paintable. The layers of each compound model are sandwiched and adhere under high pressure.
• Suitability of a large-area of construction and use. These composite vibration damping and sound insulation board are much more practical than
• Total thickness: 33mm. the traditional layer-by-layer construction and provides an effective sound reduction rate of
walls and ceilings in all types of applications, from the music business to the industrial markets.
SIZES AND SPECIFICATIONS This multi-layer structure is portable and simple to install by using screws or contact glue and it
is easy to cut to adjust to the room dimensions.
MODELS LENGTH WIDTH DEPTH WEIGHT
STILLNESS® III is composed by:
STLL III 2000mm 1200 mm 33 mm 53.5 Kg - 1 layer of (10mm Polyurethane - Floatsheet® INS), 1 layer of (13mm Gypsumboard), 1 layer of
(2mm Floatsheet® VIB ) and 1 layer of (8mm Viroc).
STILLNESS IV®
SOUNDPROOFING PLATES
SOUNDPROOFING ENHANCEMENT
BETWEEN 21 AND 24 dB.
Image of STILLNESS IV, Ref.:STLLIV, Soundproofing Plates of five layers.
FEATURES DESCRIPTION STILLNESS® IV
• Depending on the constitution of the base of the wall or ceiling, this material can STILLNESS® IV is a damping system and sound insulation board composed of anti-vibration
enhance the sound insulation between 21 and 24 dB. and massive elements. We select inorganic materials with different densities and thicknesses
to form a composite layer with the best properties of sound insulation and vibration damping in
• Reduces sound transmission loss property. Installation: with screws or contact glue. order to effectively insulate the medium-low and low frequencies of the sound transmission.
• Fire-resistance: B-s1,d0 (similar to old M1). The layers of each compound model are sandwiched and adhere under high pressure.
• Environmentally friendly material. High-density board surface, paintable. These composite vibration damping and sound insulation board are much more practical than
• Suitability of a large-area of construction and use. the traditional layer-by-layer construction and provides an effective sound reduction rate of
• Total thickness: 46mm. walls and ceilings in all types of applications, from the music business to the industrial markets.
This multi-layer structure is portable and simple to install by using screws or contact glue and it
SIZES AND SPECIFICATIONS is easy to cut to adjust to the room dimensions.
MODELS LENGTH WIDTH DEPTH WEIGHT STILLNESS® IV is composed by:
- 1 layer of (13mm Gypsumboard), 1 layer of (10mm Polyurethane - Floatsheet® INS), 1 layer of
STLL IV 2000mm 1200 mm 46 mm 70.7 Kg (13mm Gypsumboard), 1 layer (2mm of Floatsheet® VIB) and 1 layer of (8mm Viroc).
IMPORTANT NOTICES 123
• JOCAVI® accepts no responsibility for any printing errors. Specifications can be modified without prior notice, if technical or commercial reasons so require.
• The colours shown on this catalogue are only a reference and an illustration of the products finishing. The colours shown are not binding because brightness, contrast and colour balance may vary due to the printing process.
• Colours may vary due to raw-material suppliers' changes and some differences may occur in tonal range. Sizes may vary slightly due to their production method and some inherent raw-materials characteristics.
