SUSPENSION CEILING - CONCRETE STRUCTURE

SUSPENSION CEILING - CONCRETE STRUCTURE

11/6/2025

INTRODUCTION

The majority of buildings use concrete structures as the base material for the construction of different works. It is a low-priced material compared to steel, with a resistance similar to or greater than that of brick, which offers the possibility of building elements of almost any shape.

For this study, a range of tests have been carried out using different solutions for floating floor and the suspended ceiling installations with different types of supports.

CONSTRUCTION SYSTEM 1

Scheme Description
light_slab_22mm

REFERENCE

  • Concrete Slab 140 mm
light_slab_22mm

RIGID SOLUTION

  • Concrete Slab 140mm
  • RockWool 100 mm
  • Rigid Fixation
  • Metal Profile
  • Plasterboard 2x13mm

    • * Air gap: 100mm

light_slab_22mm

RUBBER SOLUTION

  • Concrete Slab 140mm
  • RockWool 100 mm
  • Rubber Fixation
  • Metal Profile
  • Plasterboard 2x13mm

    • * Air gap: 100mm

light_slab_22mm

SYLOMER SOLUTION

  • Concrete Slab 140mm
  • RockWool 100 mm
  • Akustik+Syomer®
  • Metal Profile
  • Plasterboard 2x13mm

    • * Air gap: 130mm

Impact noise results - calculated according to Standard

ISO 10140-3 		Airborne noise results - calculated according to Standard

ISO 10140-2
Impact_noise Airborne_noise
IFT-graph. Airborne_noise
Go to the Impact Noise Results Report (PDF) - REFERENCE Go to the Airborne Noise Results Report (PDF) - REFERENCE
Go to the Impact Noise Results Report (PDF) - RIGID SOLUTION Go to the Airborne Noise Results Report (PDF) - RIGID SOLUTION
Go to the Impact Noise Results Report (PDF) - RUBBER SOLUTION Go to the Airborne Noise Results Report (PDF) - RUBBER SOLUTION
Go to the Impact Noise Results Report (PDF) - SYLOMER SOLUTION Go to the Airborne Noise Results Report (PDF) - SYLOMER SOLUTION