1.Why is End Grain Engineering Flooring the future trend
①.The perfect partner for geothermal systems
Stability breakthrough : The end grain structure (with the wood cross-section facing upwards) significantly reduces the thermal expansion and contraction rate, combined with high-density multi-layer substrates, which can withstand temperature fluctuations in underfloor heating (-5 ℃ to 40 ℃), ensuring 0 cracking and 0 deformation .
Fast Thermal Conductivity : The measured thermal conductivity efficiency is 30% higher than traditional solid wood flooring, saving energy while achieving a “barefoot warm feeling”.
② .Dual Revolution of Environmental Protection and Durability
-Sustainability: The surface is made of FSC certified logs (thickness 2-6mm), and the substrate is a layer of recycled birch wood, reducing the carbon footprint by 60% compared to solid wood.
Ultra long lifespan : The wear resistance of the end grain structure reaches AC5 level (commercial grade), and with the use of nano coating technology, the service life can exceed 30 years.
③ .Design a ceiling with diversity
Material selection : 20+rare wood species such as walnut, white oak, smoked carbide wood, etc;
Texture customization : Hand scraping, drawing, 3D relief and other techniques to meet the diverse styles from retro estates to space minimalism;
-Cross disciplinary application: not only flooring, but also artistic wall panels and customized furniture panels, achieving spatial visual integration.
2. The Future Market Behind Data
-Global Growth: According to Floor Covering Weekly, the annual compound growth rate of the high-end engineered wood flooring market is expected to reach 9.7% from 2023 to 2030, with end grain products accounting for over 35%;
-Customer Profile:
-75% are high-end residential owners and hotel management groups;
-62% of designers believe that ‘end grain craftsmanship is the key detail that distinguishes project grades’.
3. Why did you choose us
Technical barriers :
-Exclusive vacuum negative pressure carbon fixation technology , which stabilizes the moisture content of wood at 6% -8% (the national standard is ≤ 12%);
-The substrate density reaches 980kg/m ³, far exceeding the EU EN13329 standard.
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