Versilux™ Lining
The Non-Combustible Wall and Ceiling Lining for the Spaces That Get Used
Plasterboard is the default interior lining for most building applications, and in most applications, it’s fine. But there are locations in commercial, industrial and institutional buildings where plasterboard simply doesn’t hold up: high-traffic corridors where trolleys and equipment repeatedly contact the walls, plant rooms with moisture exposure, stairwells and lift lobbies where fire performance is critical, and any space where the lining needs to be genuinely durable rather than finished-and-hoped-for.
Technical Specifications
Material
Surface
Available thicknesses
Mass
Sheet edges
Fire performance
Moisture resistance
Termite resistance
Sustainability
Frame compatibility
Additional uses
Suitable for
Versilux™ vs Plasterboard - When to Switch
Fire performance
Versilux™ is non-combustible, classified as Group 1 material under NCC Specification C1.10a. Standard plasterboard is not non-combustible; while it provides fire resistance in tested wall systems, the individual sheet is not classified as a non-combustible material. Where the NCC specifically requires non-combustible lining materials, Versilux™ is appropriate; standard plasterboard is not.
Impact resistance
Fibre cement is harder and more impact resistant than gypsum-core plasterboard. In high-traffic commercial locations, Versilux™ maintains its surface integrity under the kind of repeated contact that creates dents, scuffs and surface damage in plasterboard over time.
Moisture exposure
Standard plasterboard softens and deteriorates with sustained moisture exposure. Even moisture-resistant plasterboard grades have limits. Versilux™ fibre cement is resistant to permanent moisture-induced deterioration, suitable for locations with indirect water exposure where standard plasterboard would fail progressively over time.
Cost consideration
Versilux™ is more expensive than standard plasterboard per sheet. The specification decision is therefore not about always using Versilux™, it's about using it in the specific locations where its non-combustible, impact-resistant or moisture-tolerant properties justify the cost difference.