Technical Data

Eight lively and sunny colours, inspired by nature and the cultures coming from the architecture philosophy. With UltraProdeck WPC deck gains the format wood monted on a 2200x138x22mm net.
With Wpc decks it is possible to create impressive surfaces. Looking at the surfaces, where nature reveals itself, you can’t resist using them, delighted by the smooth sensation they elicit.
In terms of internal and external space, and aesthetics, the colour variants of the UltraProdeck offer an optimum solution for practically every requirement.

The UltraProdeck WPC deck, has an unrivalled likeness to wood which really sets it apart from other composite decking available. The natural wood grain not only looks great, but also offers maximum performance against stains and fading.
The dual-sided composite decking board offers two surface options in one, providing the opportunity to lay a deck with contrasting surface to create a bespoke finish.

The UltraProdeck WPC deck takes composite decking boards to the next level with its ‘capped’ design, creating a protective layer that offers increased protection against fading, insect prevention and without maintenance for an extra long life.
Ultraprodeck WPC deck, is a combination of aesthetics and timelessness, of sudden ideas that arouse a special atmosphere. It is the alchemy of a dream that is able to give a different construction to environments views


• 2200x138x22mm

Weight per sqm 20.145Kg/sqm
Flexural properties EN15534-4 Section 4.5.2 and EN 15534 1:2014 Section 7.3.2 F’ max:3835N Deflection under a load of 500N: 1.80mm PASS
Mean coefficient of Linear Thermal Expansion ISO 11359-1:2014 and ISO 11359-2:1999 Method A 43×10(−6K−1) /
Shore Hardness ISO 868:2003 D/15:63 /
Scratch Resistance EN 438-2:2016 Section 25 Rating:1 /
Impact resistance – Hollow profiles EN15534-4:2014 Section 4.5.1 and EN 15534-1:2014 Section No crack, Max depth of residual indentation: 0,18 mm PASS
Moisture resistance under cyclic conditions EN15534-4:2014 Section 4.5.5 and EN 15534-1:2014 Section 8.3.2 and EN321:2001 Mean of decrease of bending strength: 3.31% Max individual decrease of bending strength: 14.4% PASS
Wear Resistance With reference to EN660-2:1999 + A1:2003 5.76mg/100 revolutions /
Light Ageing Test-Xenon-arc Exposure With reference to EN15534-1:2014 Section 8.1.1, Section 8.1.2 & EN ISO 4892-2:2013 Cycle 1 & ISO 7724-1:1984 & ISO 7724-2:1984 & ISO 7724-3:1984 & EN20105-A02:1994 ΔL*->8.16 / Δa*->-2.10 / Δb*->-3.02 / ΔE*ab->9.0 / Greyscale 2 /
Slip resistance coefficient DIN 51130 Group R11 /