DESIGN boards are created by applying a smooth, transparent parchment paper finish to the base composite. This process highlights the authentic structure of the compressed packaging materials and enhances their original texture, making each board a visually unique element. The resulting surface can be used as a striking design feature in interiors, for example as custom cladding panels or architectural details.
DESIGN boards can be further surface-treated—varnished and veneered —according to the specific requirements of a project. At the same time, they retain all the key properties of the base board: high strength, excellent acoustic performance, dimensional stability, and safety for human health.
They therefore combine aesthetic originality with the technical performance required for professional use in modern architecture and interior design.
PackWall Design is intended for final, visible applications. The natural texture of the recycled material delivers an authentic, modern, and architecturally striking appearance—without the need for further finishing.
85-90% lower CO2 emissions than alternatives. Low content of volatile organic compounds, no additives.
Our composite panels are pressed at high temperatures and pressures and their surface paper is similar to plasterboard. The result is a smooth panel that can be surface treated as required.
Made from 100% recycled material and the panels are 100% recyclable over and over again.
The same tools, fasteners and finishing methods are used for assembly, handling and subsequent modifications as for traditional wooden or plasterboard panels. No special knowledge or equipment is required.
The construction panel can be hot bent and curved for installation on rounded corners, arches or other non-standard shapes.
Excellent thermal and sound insulation compared to other construction panels. Sound is absorbed and heat is reflected back into the room.
PackWall composite panels can withstand large fluctuations in temperature and humidity, while maintaining their dimensions, shape and properties.
0,42 Kg CO2e / M2
100% waste
<= 0,19 W/(M*K)
~ 850 Kg / m3
100% recurring
>= 32 dB
D - s1, d1
≥ 0,061 N/Mm2
705 mí
