Discover Dura Deck Inspire, the durable and stylish alternative to traditional timber decking. Ideal for balconies, high-rise structures, and terraces, our non-combustible 1.8m porcelain planks replicate classic aesthetics and natural wood grains.
Porcelain decking: the look of luxury timber planks, but with an A1 fire classification.
Introducing our stylish and durable porcelain decking range. Dura Deck® Inspire Porcelain Decking planks are strong, resistant to heat and water absorption, and come with an A1 fire rating. Expertly crafted in three elegant colour tones, each plank features a beautifully variegated wood grain finish, offering the timeless appeal of luxury hardwood without the maintenance. Each plank measures 20 x 200 x 1800mm for a classic decking look, which requires minimal upkeep and offers exceptional strength. Superb anti-slip performance also makes it a safe choice for high-traffic areas like commercial walkways, spas, and pool-sides.
The porcelain composition minimises the need for maintenance and has excellent anti-scratch and anti-slip properties. It is also resistant to frost and ice, with near-zero water absorption, allowing the planks to withstand temperature fluctuations without the risk of warping or degradation.
Manufactured in Europe using 61% pre-consumer recycled materials, our decking is an environmentally conscious choice. All raw materials are sourced within a 500-mile radius, reducing our carbon footprint, while our paper-based packaging is fully recycled and recyclable, helping you meet your sustainability targets.
With the appearance of traditional decking and a safe A1 fire rating, Dura Deck Inspire planks are suited to high end commercial applications. They are resilient, stylish and anti-slip, making them perfect for high-rise balconies, rooftop terraces, pool sides and restaurants. The decking comes with a minimum lifetime expectancy of 60 years and a 10-year structural warranty. Request a sample today and experience the beauty and durability of Dura Deck® Inspire for yourself.