DEBO® Compact Wood Natural
For over 20 years, DEBO® has been taking R&D fundamentally and continuingly as the core strategy to pursue versatility and quality and to meet the increasingly demanding applications. DEBO® Compact Wood Natural is a combination of Solid Wood Veneer and Compact HPL, highlighting the noble elegance of natural wood finishes while expressing the idea of returning to nature.
No Afraid of Challenge
DEBO® Compact Wood Natural is made by lamination process that uses layers of materials. Its construction resulted from high temperature and high pressure enables it to withstand all kinds of harsh weather and climatic conditions. Using the production technology of Compact HPL, Solid Wood Veneer and High-performance UV film, DEBO® Compact Wood Natural is not only UV resistant and anti-fading, but also crack resistant and mildew resistant.
Because of its unique specification and creative application, It is suitable for high-end decoration of various indoor and outdoor scenes and has become one of the most popular veneers of various high-end finishing products.
DEBO® Compact Compact Wood Natural has rigorous exterior fastness, weather resistance and other outdoor performance testing requirement. It's CE certified, in accordance with international quality standards EN438: 2005. It meets European standards of safety, health and environmental-friendly. Meanwhile, It achieves china national industrial standard and fire rated tests.
Help to resist the harsh climate and corrosion to extend the life of the building
DEBO® Compact Wood Natural ensure the stair handrails used in landmark buildings or open-air buildings have excellent windproof performance. Preventing deformation caused by wind so that to prolong the stairs' service life.
DEBO® Compact Wood Natural is widely used in outdoor curtain wall, outdoor furniture…… It is favored by designers all over the world for its realistic solid wood feeling. It is also available in a wide range of colors, sizes and thicknesses to meet different needs and decorative effects.