
The 19mm Knauf Plank Acoustic Plasterboard is a high-density gypsum board specifically engineered to enhance sound insulation in partition systems and separating walls. Its substantial 19mm thickness and compact 2400mm x 600mm sheet size make it ideal as a base layer to improve acoustic performance across residential, commercial, and multi-occupancy buildings.
High-mass core significantly boosts airborne sound reduction when used as part of a multi-layer wall system.
Smooth surface ready for taping, jointing, and finishing to a professional standard.
Manufactured by Knauf, ensuring dependable board strength, consistency, and performance in acoustic systems.
Designed for use in sound-rated partition systems to help meet building acoustic requirements.
The 19mm Knauf Acoustic Plank adds significant mass to a partition system, helping to reduce airborne sound transmission effectively. When combined with additional layers, insulation, and correct fixing methods, it dramatically improves overall acoustic performance and contributes to a quieter, more comfortable environment.
The 19mm Knauf Plank Acoustic Plasterboard is a high-density gypsum board specifically engineered to enhance sound insulation in partition systems and separating walls. Its substantial 19mm thickness and compact 2400mm x 600mm sheet size make it ideal as a base layer to improve acoustic performance across residential, commercial, and multi-occupancy buildings.
High-mass core significantly boosts airborne sound reduction when used as part of a multi-layer wall system.
Smooth surface ready for taping, jointing, and finishing to a professional standard.
Manufactured by Knauf, ensuring dependable board strength, consistency, and performance in acoustic systems.
Designed for use in sound-rated partition systems to help meet building acoustic requirements.
The 19mm Knauf Acoustic Plank adds significant mass to a partition system, helping to reduce airborne sound transmission effectively. When combined with additional layers, insulation, and correct fixing methods, it dramatically improves overall acoustic performance and contributes to a quieter, more comfortable environment.