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SPACE FOR IMPRESSIVE SURFACES
Setting new standards in the reproduction of natural wood effects for large-scale applications, the collection introduces a new, repeatless decor, H1316 ST17 Bookmatch Oak. Replicating the aesthetics of real wood veneer, the decor makes the look industry reproducible with more ease, less labour, and less impact on budget.
The carefully designed decor print of each panel perfectly emulates the appearance of true wood veneer layers, while removing
the traditionally manual process of joining layers together in a‘ bookmatched’, authentic veneer effect. The considered decor includes a grain pattern of 3000 mm, meaning that repetition of the visual design only occurs at approximately every 17th panel, heightening visual realism. This makes large surface areas of authentic-looking, repeatless woodgrain aesthetic possible, for unrivalled design freedom.
Our new repeatless decor was honoured with the Red Dot Award 2025 for“ High Design Quality” and with the Interzum Award 2025 for“ High Product Quality”.
HIGH PERFORMANCE SURFACE SOLUTIONS
For perfect harmony between look and feel, developments in wood effect designs require the same advances in texture. In H1316 ST17 Bookmatch Oak, as well as in new linear, Italian-inspired woodgrains, surfaces offer an increased look of authenticity with new texture development ST17 Omnipore Oiled, the latest generation of an all-over wood pore.
ST17 Omnipore Oiled combines a subtle microtexture with an impressively low gloss level, creating an all-over matt appearance even within the wood pore. Combined with carefully selected decors, the result perfectly emulates an elegant, oiled wood surface.
With the Decorative Collection 26 +, we have improved the surface quality of our mattlacquered, solid colour decors on a recyclable particleboard core, PerfectSense Lacquered Chipboard. Formerly known as texture“ TM9 PerfectSense Smoothtouch Matt”, the finish evolves to“ TM PerfectSense Matt” and offers a smoother surface and improved aesthetic, without compromising on its functional properties.