Description
12.5mm Moisture Resistant Plasterboard (2400 x 1200mm)
Upgrade your walls and ceilings with our 12.5mm Moisture Resistant Plasterboard, expertly engineered for areas exposed to high humidity and occasional dampness. When considering renovations, opting for moisture resistant plasterboard is essential for durability. Designed for bathrooms, kitchens, utility rooms, and wet areas, this plasterboard provides dependable protection against moisture damage while maintaining a smooth, even finish for decorating.
Manufactured from high-density gypsum with a special water-repellent additive, each board offers exceptional strength and rigidity, helping prevent sagging or deformation in humid environments. The green paper face clearly identifies it as moisture-resistant, making it simple to select the right board on site.
Whether you’re working on a home renovation, commercial project, or new build, this board ensures long-term performance and ease of installation. It can be fixed to timber or metal stud partitions, ceiling systems, or masonry backgrounds using standard drywall screws or adhesive bonding.
Key Features & Benefits
Dimensions: 2400mm x 1200mm x 12.5mm
Type: Moisture resistant plasterboard (green face)
Ideal for: Bathrooms, kitchens, utility rooms, and humid interiors
Performance: Water-repellent core reduces moisture absorption
Finish: Smooth surface suitable for plastering or direct decoration
Installation: Compatible with mechanical fixing or adhesive bonding
Compliance: Meets BS EN 520 Type H2 standards
Fire Rating: Compatible with fire-resistant partitions when used in approved systems
Recommended Uses
This moisture resistant plasterboard is ideal for:
Domestic bathrooms and en-suites
Commercial washrooms and kitchens
Utility and laundry rooms
Ceilings and wall linings in humid zones
Sustainability
All boards are produced from responsibly sourced gypsum and paper liners, and are 100% recyclable. Using moisture-resistant plasterboard helps extend the life of your finishes, reducing maintenance and waste over time.
