Heuga 725 "1272062 Real Black"

The Heuga 725 collection is characterised by a wide range of colours, easy handling and first-class quality combined with technical properties. The practical carpet tiles are made of 100% recycled polyamide, a very tear-resistant and stable yarn material. For this reason, it is not surprising that the collection has a high wear class of 33, which means that you can even install the floor covering in heavily frequented commercial areas. Of course, you are also completely free to install such a resilient product in your own home, where you can place the textile tiles in the bedroom or living room.

The manufacturer himself sees the focus of the visual design on the bright and fresh colours of the collection. Therefore, the carpet tiles by Heuga are available in no less than 18 different colour shades, which come up with both neutral and colourful accents. Accordingly, you can, for example, decorate your office in numerous shades of grey or brown and create a simple working environment. If, on the other hand, you would like to add a little more colour to your rooms, Interface offers you the choice between various shades of red, blue or green, ranging all the way to violet or turquoise. The slightly mottled velour quality gives the surface an elegant appearance. In addition, you can also easily combine the 50 x 50 cm carpet tiles with each other and thus freely create patterns or colour gradients.

On the technical side, the carpet tiles impress with their high impact sound insulation of up to 25 dB, which ensures a quieter soundscape. In addition, the or antistatically equipped usable surface also has practical chair castor suitability, thanks to which you can use Heuga 725 perfectly for your workplace. Thanks to the underfloor heating suitability for hot water systems, you also don't have to do without warm feet and can easily combine the collection with such a heating system. On the other hand, the high fire protection class Bfl-s1 stands for more safety. This stands for low flammability and low smoke development in the event of a fire.