R124 Clove (sample)

The floors are environmentally friendly as standard made of 90% wood sourced from sustainably managed forests. What’s more, the entire production chain – from raw materials to the finished product – has been certified and is regularly inspected by independent experts, ensuring peace of mind for you – and protection of our environment.

Safety is something we put great emphasis on. Classification in anti-slip classes has been achieved through specially developed surface structures, which address the requirements for floor coverings in the workplace and commercial areas where a high risk of slippin. Clarification R9 is according to DIN 51330

The special limestone composition of our SPC flooring (Stone Plastic Composite), combined with the joint click system, prevents water from damaging your floor. This makes the SPC suitable for commercial places, as well as for residential projects - including bathrooms.

The flooring is compatible with for “low-temperature” underfloor heating and cooling systems. The maximum temperature of the floor should not exceed 27°C, both for classic hot water or electric heating systems. Both types of underfloor heating are installed into the subfloor and it is necessary to pay close attention to the installation instructions.

The SPC flooring is more dimensionally stable and will not expand and contract at the same rate as traditional flooring.

Even stubborn liquids such as oil, wine or coffee can be easily wiped away and will not be absorbed by the durable flooring surface.

SPC flooring is extremely resistant to impactsound, echoes and vibrations, making it suitable for areas with heavy traffic.SPC parquet leaves a pleasant feeling to the touch and reduces noise when walking. This is important for families with children or pet owners.

The robust surface protects your flooring against micro-scratches that can be caused by strong mechanical stresses or the claws of house pets.

If the floor is to be laid on top of an underfloor heating system, the underlay must have the correct level of heat permeability. Heat transfer resistance should not exceed a value of 0.15 m² K/W in the entire structure (i.e. underlay and top layer). High thermal conductivity ensures that your rooms are heated efficiently. Maximum permitted EPLF value of the of the total floor: R ≤ 0.15 m2 K/W