These high-performance acoustic baffles can be implemented virtually anywhere and will seam- lessly adapt to all existing interior designs.

When insulation is positioned under the screed, we are typically operating within the framework of a “designed” solution, whether referring to new construction or renovation. Underscreed insulation is still the most frequently used method of insulating horizontal partitions from impact noise and that the passive acoustic requirements of the Implementing. Underscreed structures are characterized by the thickness of the screed itself. The concept at the basis of this subdivi- sion arises from the idea of the system itself, which in turn is based on the operating method of an acoustically performing structure. The elastic material, in order to ensure the expected performance, must be chosen according to the loads to which the system is subjected. Consequently, a key discriminating factor will be the type, weight, and thickness of the screed in the structure

Applications Types

Wall with a heavy cavity

  1. Brick
  2. Felt Tape
  3. Arketa Basic PET Felt Panel
  4. Adhesive Mortar
  5. Brick

Wall with a small cavity

  1. Wall Paint
  2. Plaster
  3. Wall Mesh
  4. Plaster
  5. Arketa Basic PET Felt Panel
  6. Satin Plaster
  7. Brick
  8. Felt Tape

For perimeter walls

  1. Drywall
  2. Satin Plaster
  3. Arketa Basic PET Felt Panel
  4. Satin Plaster
  5. Brick
  6. Felt Tape

Product Specifications

Product Specifications

Composition  60% Recyled Polyester (PET) (100% Pes)
Thickness 7mm (±0,5mm) 700 g/m² (±10%)
Reaction to Fire ASTM E 84 Class A
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
Brochure
Composition  60% Recyled Polyester (PET) (100% Pes)
Thickness 9mm (±0.5mm) 1100 g/m² (±10%)
Reaction to Fire ASTM E 84 Class A
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= 0.0350 W/m²K / ISO 11092-2024
Brochure
Composition  60% Recyled Polyester (PET) (100% Pes)
Thickness 15mm (±0.5mm) 1100 g/m² (±10%)
Reaction to Fire ASTM E 84 Class A
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
Brochure
Composition  60% Recyled Polyester (PET) (100% Pes)
Thickness 7mm (±0,5mm) 700 g/m² (±10%)
Reaction to Fire ASTM E 84 Class A
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
Brochure
Composition  60% Recyled Polyester (PET) (100% Pes)
Thickness 9mm (±0.5mm) 1100 g/m² (±10%)
Reaction to Fire ASTM E 84 Class A
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= 0.0350 W/m²K / ISO 11092-2024
Brochure
Composition  60% Recyled Polyester (PET) (100% Pes)
Thickness 15mm (±0.5mm) 1100 g/m² (±10%)
Reaction to Fire ASTM E 84 Class A
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
Brochure