Rubber wood decking is a versatile and sustainable choice for outdoor flooring solutions. Derived from the Pará rubber tree, this material is not only eco-friendly but also resilient against various elements. Its popularity stems from its durability and the aesthetic warmth it adds to any outdoor space.
There are several types of rubber wood decking to cater to different aesthetic preferences and functional needs. From residential patios to commercial terraces, rubber wood decking can be found in various thicknesses, such as 18mm and above, as well as in diverse finishes including brushed, smooth, or matte. Its applications are extensive, demonstrating versatility in both private and public spaces.
The primary material in rubber wood decking is the timber from the rubber tree, known for its strength and elasticity. This decking is characterized by its natural wood grain texture, providing a slip-resistant surface that is beneficial for outdoor environments. Additionally, the material is treated to resist moisture, decay, and insect damage, ensuring longevity.
Choosing rubber wood decking comes with a host of advantages. It's an eco-friendly option, as the wood is sourced from trees that have completed their latex-producing cycle. This decking is also known for its ease of maintenance and installation, making it a practical choice for various projects. Furthermore, its natural insulation properties contribute to a comfortable underfoot experience in all weather conditions.
With options ranging from total solutions for projects to graphic and 3D model design, rubber wood decking offers a high degree of design flexibility. This allows architects and designers to tailor the decking to the specific aesthetic and functional requirements of their projects, ensuring a unique and tailored outdoor space.
Sustainability is a key feature of rubber wood decking. The material is recognized for its eco-friendly profile, contributing to responsible forestry practices. Its production involves utilizing wood from trees that are no longer able to produce latex, thereby reducing waste and promoting environmental stewardship.