Built as a system.
Designed to move.
Operable wall systems engineered for acoustic separation, reliable operation and the demands of real commercial spaces.
Operable wall systems engineered for acoustic separation, reliable operation and the demands of real commercial spaces.
An operable wall is more than a series of movable panels.
The panels, seals, suspension and moving components need to work together as one system. For this reason, the wall should be specified as a complete assembly rather than as a collection of separate parts.
Acoustic separation and reliable operation depend on the details.
In practice, three areas deserve particular attention: acoustic sealing, structural support and smooth operation.

Retractable top and bottom seals, together with interlocking vertical seals, help close gaps around and between panels. As a result, they can help reduce sound leakage through these gaps.

The overhead track carries the wall load, while the suspension system helps keep the panels aligned during operation.

Precision rollers help the panels move along the track. Together with balanced load distribution, they support smooth and consistent operation.
Each project has its own requirements. To choose a suitable system, compare the wall height, opening size, acoustic requirements and frequency of use.

Practical engineering for everyday commercial spaces.
Panel thickness
68mm
Acoustic rating
STC38-45
Maximum height
4.5 meter
Weight
30-47kg/m²

Greater system capability for more demanding commercial applications.
Panel thickness
90mm
Acoustic rating
STC45-52
Maximum height
5 meter
Weight
38-60kg/m²

Designed for large-scale applications, subject to project-specific engineering.
Panel thickness
105mm
Acoustic rating
STC45-56
Maximum height
20 meter
Weight
38-60kg/m²
Acoustic ratings apply to specific tested configurations. Actual project performance depends on the complete wall assembly, surrounding construction and installation conditions. Confirm maximum heights and system suitability against the relevant technical documentation.
Get the technical information behind each system, including performance, dimensions and engineering specifications.
Once you have shortlisted a system, consider how the wall will meet the opening and how people will move through the space.
Different panel options support specific needs, from closing the final gap to providing pedestrian access or visibility between spaces.
Each component serves a specific purpose. Together, the frame, acoustic core, seals, rollers and track support the wall’s structural stability, acoustic performance and everyday operation.

Strength & dimensional stability.

Helps reduce sound transmission.

Helps minimise sound leakage.

Smooth, low-friction movement.

Supports load and alignment.
Laboratory testing measures airborne sound insulation under defined conditions. This provides a benchmark for comparing the acoustic performance of tested wall configurations.
Test results apply to the tested configuration. Because site conditions differ, actual performance can vary with surrounding construction, sound flanking paths and installation quality.
Need more detail before specifying the wall?
Choose the resource that matches your project stage.
The Flexible Space Planning Guide helps you think through room functions, layout and project readiness. For more technical planning, the Design Reference Guide covers system selection, sealing, track planning, stacking strategies and acoustic testing.

Planning principles, space functions, acoustic separation and project readiness.

System selection, sealing, track planning, parking strategies and acoustic testing.