Damtec outstanding sound deadening in residential apartment floors

All Damtec products, which are engineered and manufactured in Germany, are recognised as being the most efficient and cost effective acoustic underlays on the market to date. Due to the fact that our parent company, Kraiburg (Est. 1947) with over 1700 employees worldwide and an annual sales volume in excess of A$500 million is internationally recognised as one of the largest rubber recycling companies, we can assure you that our products are manufactured from quality 1st grade rubber granules from the automotive industry and natural cork using the highest grade polymers and are mass produced in accordance with stringent international standards.

Damtec Australasia has conducted extensive laboratory testing on ONLY a 140mm thick concrete slab with NO CEILING, in accordance with ISO 140 with results calculated in accordance with ISO 717.2 (as required by the Building Code of Australia), for all of our acoustic systems which have been accredited and are consequently, "Deemed to Satisfy" the provisions of the B.C.A. (Part F5). We have also conducted on-site field tests in Australia.

The visual benefits of using Damtec acoustic underlay on-site:

• Roll form allows for ease of use.
• Quick installation.
• Minimum cuts and joins, hence improving overall acoustic result.
• Minimum effect on overall floor heights, being only 2mm to 3mm thick.
• Allows for almost immediate installation of nominated floor finish (i.e. - all tiles, timber and vinyl systems, carpet, under/over screeds for external applications etc).
• Consistency and integrity of cuts and thickness of underlay guaranteed, no filling of gaps required.

Ideal for Medium and high density residential apartment buildings in order to minimise the risk of "Sound-Attenuation" issues and to comply with the Building Code of Australia's requirement for "Sound-Impact Noise."

Fully warranted systems with world leading adhesive manufacturers are also available that are customised to your specific project requirements.