Plaster Suspended Ceiling Insulation
- Plaster Suspended Ceiling Insulation
- Plasterboard
- Low-density felt
- Heat and sound insulation felt
- Adhesive mortar
- Existing floor covering
Ceiling System
Thermal and Acoustic Insulation in Gypsum Board Suspended Ceilings
Combining aesthetics with functionality, gypsum board suspended ceiling systems have become a popular choice in modern interior design. These systems not only provide a clean and stylish appearance but also offer effective solutions for thermal and acoustic insulation.
To maximize sound insulation performance in suspended ceilings, Felt Vibe Thermal and Acoustic Insulation Felts are an ideal solution. Thanks to their high-density and fibrous structure, these felts effectively absorb sound waves, significantly reducing noise and vibrations from upper floors.
Sound insulation plays a crucial role in combating the increasing problem of noise pollution, especially in urban environments. The multi-layered structure, consisting of insulation materials mounted on gypsum profiles followed by gypsum panels, helps dissipate the energy of sound waves as they pass through. As a result, it creates quieter and more comfortable indoor spaces.
Key Features
ACOUSTİC
FIRE RATED
INSULATION
RESISTANT
RECYLED
ECO-FRIENDLY
VERSALITE
IMPACT RESISTANCE
LIGHTWEIGHT
VOC FREE
ANTIBACTERIAL
EASY INSTALLATION
Applications Types
Ceiling Insulation
- Plasterboard
- Wall Mesh
- Adhesive Mortar
- Arketa Basic PET Felt Panel
- Adhesive Mortar
- Existing floor covering
Product Specifications
| Composition | 60% Recyled Polyester (PET) (100% Pes) |
| Thickness | 7mm (±0.5mm) 700 g/m² (±10%) |
| Reaction to Fire | EN 1021 – 1 (cigarette) EN 13501-1:2018 (SBI) Adhered Class B-s1,d0 |
| Impact Sound Insulation | ΔLw= 27 dB / TS EN ISO 717-2:2021 |
| Aging Test | 4.20% loss after 10 years / TS EN 1606- 2013-06 |
| Thermal Resistance | λ 0.0373 W/m²K / ISO 11092-2024 |
| Composition | 60% Recyled Polyester (PET) (100% Pes) |
| Thickness | 9mm (±0.5mm) 1100 g/m² (± 10%) |
| Reaction to Fire | EN 1021 – 1 (cigarette) EN 13501-1:2018 (SBI) Adhered Class B-s1,d0 |
| Impact Sound Insulation | ΔLw= 27 dB / TS EN ISO 717-2:2021 |
| Aging Test | 4.20% loss after 10 years / TS EN 1606- 2013-06 |
| Thermal Resistance | λ= 0.0373 W/m²K / ISO 11092-2024 |
| Composition | 60% Recyled Polyester (PET) (100% Pes) |
| Thickness | 15mm (±0,5 mm) 1100 g/m² (±10%) |
| Reaction to Fire | EN 1021 – 1 (cigarette) EN 13501-1:2018 (SBI) Adhered Class B-s1,d0 |
| Impact Sound Insulation | ΔLw= 29 dB / TS EN ISO 717-2:2021 |
| Aging Test | 4.20% loss after 10 years / TS EN 1606- 2013-06 |
| Thermal Resistance | λ= 0.0331 W/m²K / ISO 11092-2024 |
| Composition | 60% Recyled Polyester (PET) (100% Pes) |
| Thickness | 20mm (±0.5mm) 1300 g/m² (±10%) |
| Reaction to fire | EN 1021 – 1 (cigarette) EN 13501-1:2018 (SBI) Adhered Class B-s1,d0 |
| Impact Sound Insulation | ΔLw= 30 dB / TS EN ISO 717-2:2021 |
| Aging Test | 4.20% loss after 10 years / TS EN 1606- 2013-06 |
| Thermal Resistance | λ= 0.0330 W/m²K / ISO 11092-2024 |