ö.WALL is a patent-pending modular interior wall system engineered for commercial environments that expect change.
This page outlines what the system includes, how it installs and adapts, and how it performs in commercial conditions.
Table of Contents
What The System Includes
How ö.WALL Installs
Logistics and Transportability
How It Disassembles
How Finishes Change
Power and Electrical Changes
Performance and Environmental Resistance
Acoustic Performance
Fire Performance
Structural Integrity and Seismic Considerations
ESG and Circular Lifecycle
Compliance and Validation
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O.Wall is delivered as an integrated modular system rather than a collection of discrete components.
The system includes:
Structural frame modules
Base and starter panels
Glass panels
Door modules
Replaceable finish skins
Integrated service cavity
Electrified track for power and data integration
For more details, refer to the Spec Sheet.
“Modular” refers to coordinated dimensional units within a unified structural framework. Panels, glazing, and doors align to a standardized sizing logic, allowing reconfiguration without redesigning the full assembly.
Panels are positioned upright within the interlocking frame
The spring-based compression system secures the assembly between the floor and the ceiling
The precision levelling tool is used to align panels to true 90-degree vertical tolerance
O.Wall installs through an interlocking modular frame sequence.
The system does not require penetration of the finished slab or ceiling under standard installation conditions.
The levelling tool compensates for minor floor irregularities, ensuring consistent alignment and visual accuracy even where surfaces are not perfectly level.
Our approach eliminates the need for drilling while maintaining structural stability under commercial operating conditions.
Installation integrates within standard construction sequencing and supports phased deployment strategies.
Structural stability is achieved through our:
Adaptive track system designed to accommodate minor irregularities in floor and ceiling conditions
Dynamic compression header that distributes vertical load and absorbs minor structural movement
Helicoid precision leveller that allows micro-adjustment during installation
View Installation
ö.Wall components are modular and transportable.
Panels and frames are sized for controlled handling and staged site delivery, supporting:
Structural frame modules
Base and starter panels
Redeployment across floors or assets
Portfolio-level asset management
The system is designed for reuse rather than disposal during layout changes.
Disassembly follows the reverse installation sequence.
Because the system does not rely on plaster or destructive fasteners:
No demolition waste is generated
No floor or ceiling reinstatement is typically required
Core components are retained for redeployment
This supports multi-cycle use across tenancy changes.
View Disassembly
Surface finishes (“skins”) attach via a clip-and-lock interface.
They are independently removable and replaceable without affecting structural integrity.
This allows:
Brand refresh
Aesthetic updates
Acoustic layer adjustment
Selective surface replacement
Only the affected surface layer is replaced, not the full assembly.
How to Change Finishes
ö.Wall has a built-in cable management system through utility recesses.
The system supports:
Power module integration
Flexible relocation of outlets along the wall
IoT and smart device connectivity
Integration of lighting and display elements
Replaceable infill panels allow for on-site modifications that include drilling without compromising the structural system or requiring wall reconstruction.
Electrical changes can be implemented without hacking or plaster repair.
All electrical configurations are reviewed and validated against local regulatory and safety codes during technical coordination.
ö.Wall is designed for commercial durability.
Unlike gypsum-based partitions dependent on brittle joint compounds, the structural framework uses engineered metal and composite assemblies designed for:
Impact resistance
Dimensional stability
Repeat configuration cycles
High-use environments
Structural components and magnesium oxide board assemblies resist moisture-driven mould growth and do not support termite digestion.
Removable skins/finishes and MgO board assemblies resist surface staining and warping. If localized damage occurs, only the affected skin is replaced.
Wall-mounted bracket assemblies supported applied loads up to 60 kg under controlled static test conditions (configuration-dependent).
Indicative acoustic ranges:
Solid wall assemblies: est. 24–55 dB
Double-glass assemblies: est. 34–55 dB
Speech attenuation: Class B (>25 dB)
Under controlled ambient conditions, internal testing demonstrated reduction from 67 dB to 44 dB (configuration-dependent). Performance depends on:
Panel configuration
Junction detailing
Door specification
Ceiling interface
Where certified acoustic targets are required, assemblies are engineered and validated per project.
View Acoustic Test
ö.Wall utilizes an interlocking structural framework with distributed load pathways.
Performance does not depend on adhesive bonding or brittle joint compounds.In controlled testing, the system withstood lateral force up to 315N under the tested configuration.
For higher stress environments or seismic considerations, anchoring strategy and configuration are validated during technical review in accordance with jurisdictional requirements.
View Structural Test
Evaluating for a tenant, site, or portfolio strategy?
Book a structured 30–60 minute Feasibility Review.
Designed to provide decision-grade clarity prior to specification, procurement, or capital allocation.