Floating Floor, Ceiling & Wall System

Structural Vibration Isolation & Advanced Sound Control

Isolate the Structure. Control the Noise.

We design and implement advanced floating systems engineered to isolate structural vibrations and significantly reduce sound transmission between spaces. By decoupling floors, ceilings, and walls from the main building structure, these systems prevent structure-borne noise and improve acoustic privacy in residential, commercial, and technical environments

What Is a

FLOATING SYSTEM?

A floating system is an engineered isolation assembly that separates structural elements using vibration-absorbing components.
It may include:

Floating floors mounted on resilient isolators
Decoupled ceiling systems
Isolated wall assemblies
Vibration control mounts and damping layers

The objective is to interrupt the physical path through which sound and vibration travel.

Why Floating Systems

ARE NECESSARY

In many buildings, noise does not only travel through air — it travels through the structure itself.
Common problems include:

Footstep and impact noise
Low-frequency bass transmission
Machinery vibration
Structure-borne sound between apartments
Ceiling-to-floor transmission in offices

Floating systems are specifically engineered to address these issues.

Core Engineering

Principles

Effective floating systems rely on:

Structural decoupling
Resilient isolation mounts
Mass and damping optimization
Controlled deflection performance
Proper load distribution
Flanking path control

Every element must be calculated according to load requirements and acoustic targets.

Ideal

Applications

Residential Buildings

Apartments
Duplex units
Luxury villas
Home cinemas

Commercial & Corporate

Office buildings
Executive floors
Conference rooms

Studios & Media Rooms

Recording studios
Broadcast rooms
Editing suites

Industrial & Mechanical Areas

Generator rooms
Mechanical plant rooms
Equipment platforms

Our Implementation

APPROACH

Structural & Acoustic Assessment

Analyzing building structure, vibration behavior, and transmission paths.

Performance Target Definition

Determining required isolation levels (STC, IIC, vibration criteria).

System Engineering

Designing floating assemblies based on load capacity and acoustic goals.

Technical Specifications

Providing detailed material and installation guidance.

Optional Performance Testing

Post-installation verification to confirm isolation effectiveness.

Performance

BENEFITS

A properly engineered floating system delivers:

Reduced impact noise
Improved inter-room privacy
Controlled low-frequency transmission
Vibration isolation
Long-term structural compatibility
Enhanced occupant comfort

Engineered Isolation for

DEMANDING SPACES

If structure-borne noise or vibration is compromising privacy or comfort in your building, floating floor, ceiling, and wall systems provide a scientifically engineered solution.

Contact our engineering team to evaluate your project requirements.

Structural Vibration Isolation & Advanced Sound Control