Acoustic lamellas - lamella walls for acoustic comfort and building aesthetics
Acoustic lamellas - lamella walls for acoustic comfort and building aesthetics
Acoustic lamellas are architectural elements that combine aesthetic functions with effective acoustic insulation. They are used on building facades. They reduce external noise, improve acoustic comfort inside rooms, while giving buildings a modern and elegant look.
Construction and materials
External acoustic lamellas are made of extruded aluminum, which makes them lightweight, durable and weather-resistant. In order to increase sound-absorbing properties, they are filled with mineral wool, which effectively absorbs sound waves, reducing noise by up to 12 dB.
Application and benefits
Acoustic lamellas are used in various facilities, such as office buildings, hospitals, shopping centers or residential buildings. They effectively muffle sounds from the surroundings and increase the visual value of the facade. They can act as sunshades. They are resistant to corrosion and external factors.
Sample projects
MORAD offers acoustic lamellas MD-160 i MD-250, which have been used in various prestigious projects such as:
- Terraces of the Baltic Sea – a modern residential and office complex in which the lamellas have both an aesthetic and acoustic function,
- Biegański Hospital – the use of lamellas contributed to the improvement of the comfort of hospital staff and patients,
- Lidl in Gliwice – acoustic lamellas improved the aesthetics of the building and provided better acoustic insulation.
We believe that every project is unique! That's why we provide individual design and technical support. Our Team is available to advise at every stage – from initial design to assembly.
If you would like to learn more about the MORAD MD-160 and MORAD MD-250 systems, visit the MORAD website: MD-160 i MD-250.
It is also worth contacting our experienced Experts – CONTACT, who will advise optimal solutions in the field of design, selection of equipment, as well as compliance of solutions with the requirements of relevant regulations.
