Cement bonded particle board: AMROC-Floorboards
Description
The Amroc-Panel stands up to the highest expectations when used as drywall, and features superior walking comfort, compressive strength and acoustic insulating characteristics. The "one man" panel in a 1,250 x 625mm size has proven its use. It has a sanded surfaces on both sides, and features a tongue and groove edge profile on all sides. The panel can be used in floating installations, requiring the panels to be glue-bonded at the profiled edges at all times. A felt substrate layer (or similar) is used as a footfall sound insulator and increases walking comfort. Furthermore, a vapor diffusion barrier must be installed under the floorboard. As an additional installation option, the panels can be mounted to floor beams for modernization work on old structures. For this application, the panels are also bonded to each other with glue and are additionally mounted to the sub-structure with screws.
- Fibre-cement - products
- Causing
- Drywall Cupping
- Board Primed
Documents
Similar products from AMROC GMBH
AMROC GMBH
Germany
AMROC Color-Primed is the product version used for customized finish painting at the construction site. The product AMROC Color-Primed is ideally suited for applying the finished paint coat to the facade at the construction site. The front facing side and edges are primed in RAL 9010 (white) and the rear facing side is finish coated in RAL 7035 (light grey). The finish coat that is applied at the construction site creates vapor diffusion equilibrium between the front and rear facing sides. The factory applied primer does not yet completely seal the front facing side. The finish coat must be a paint-manufacturer-approved paint that is weather proof and alkaline stable. We recommend Amphibolin ELF made by Caparol for this purpose. AMROC Color-Primed is also suitable for: Flooring for wet spaces to be surface treated with ceramic materials, or similar Walls in wet spaces that will be surface treated with ceramic materials.
AMROC GMBH
Germany
the high material density provides for outstanding suitability as sound protection barriers
