Tunex NF is obtained by recycling NBR rubber waste. It is an environmentally friendly and non-flammable mattress used under the floor covering for impact sound insulation. Depending on the targeted acoustic performance, it can be used in different thicknesses and surface forms with flat, 8/4mm, 17/8mm dimpled options between 5mm – 25mm thicknesses. With Tunex, the impact sound level (ΔLw) can be reduced between 21 dB and 29 dB and the airborne sound insulation level (ΔRw) can be improved between 2 dB and 10 dB.
Tunex HQ is obtained by recycling NBR. Tunex HQ is a eco friendly and fireproof underlay material which is used under the floor covering for impact sound insulation. It can be used in different thicknesses and surface forms as 5-25mm flat, 8/4mm, 17/8mm viol options, depending on the target acoustic performance. With Tunex HQ, the impact sound level (ΔLw) can be reduced between 19 dB and 34 dB, while the airborne sound insulation level (ΔRw) is improved between 2 dB and 10 dB.
Tunex HQ is obtained by recycling end of life tires (ELT). Tunex HQ is a underlay material which is used under the floor covering for impact sound insulation. It can be used in different thicknesses and surface forms as 3mm, 4.5mm, 5mm flat, 8/4mm, 15/10mm viol options, depending on the target acoustic performance. With Tunex HQ, the impact sound level (ΔLw) can be reduced between 19 dB and 34 dB, while the airborne sound insulation level (ΔRw) is improved between 2 dB and 10 dB.
It is used under these building materials in order to dampen the vibration that will be transferred to the floor by separating walls such as brick, aerated concrete, plasterboard.
These are the separator rubber bands used to prevent the impact caused by the vibration on the screed from being transmitted from the junction points of the screed and walls and columns.
Sound walls, acoustic shutters or silencers are designed with sound cassettes to reduce environmental noise. The cassettes, which provide a high level of sound absorption (noise reduction) and transmission loss (noise blocking), are designed by our engineers according to the place of use, the characteristics of the sound source and the sound level to be reduced.
SPLITTEX – Sound Wall Panel
Sound Wall Panels, sound walls, acoustic louvres and Sound Attenuators prepared for the reduction of environmental noise are specially designed for each project.
LOUVEX – Acoustic Louvers
Acoustic louvres are commonly used in HVAC (Heating, Ventilation and Air Conditioning) systems or industrial applications where noise control is required. They are typically installed in ventilation openings such as air intake or exhaust systems to reduce the spread of sound while maintaining proper airflow.
The structure of a sound shutter usually includes a series of angled or inclined openings or baffles that redirect sound waves, causing them to scatter and lose energy. This scattering effect helps to reduce overall sound transmission. The specific design and configuration of sound louvres varies depending on the desired acoustic performance and application requirements.
WALLEX 39 – Sound Wall
Sound walls are designed to absorb and dampen noise. The design of sound walls can vary depending on the properties of the materials used, the thickness of the wall, the installation method and the environmental conditions. By reducing sound transmission, such walls provide a comfortable environment in noisy areas and prevent the spread of sound to other areas.
ATTENUATEX – Sound Attenuator
Sound Attenuator is designed to reduce or control sound transmission in HVAC (Heating, Ventilation and Air Conditioning) systems, industrial plants and other environments where noise reduction is required.
The primary function of Sound Attenuators is to reduce the noise level by attenuating the sound energy passing through them.
When designing a Sound Attenuator, factors such as the desired level of noise reduction, airflow rates, pressure drop, space limitations and specific application requirements need to be considered. Proper design, sizing and installation of Sound Attenuators are essential to ensure effective noise control while maintaining adequate airflow and system performance.