Odyssey

Odyssey Durasein Solid Surface by DesignOneSource is a visionary architectural material that represents the ultimate journey into sophisticated interior design, offering a complex and captivating aesthetic that mirrors the grand scale of its name. As a premier selection within the globally recognized Durasein collection, Odyssey provides architects, interior designers, and custom fabricators with a high-performance surfacing solution that captures the timeless allure of natural mineral formations while delivering the superior resilience of modern acrylic engineering. This solid surface product is meticulously crafted from a premium blend of two-thirds natural minerals and one-third high-performance acrylic resins, resulting in a non-porous, incredibly durable material that meets the most demanding specifications of both luxury residential and high-traffic commercial projects.

The visual profile of Odyssey is defined by its rich, multi-tonal palette and its intricate, sweeping movement. Inspired by the epic narratives of nature, this decor features a masterful interplay of deep, grounded tones and lighter, ethereal veins that create a sense of three-dimensional depth and organic life. Unlike natural stone, which can suffer from unpredictable fissures or structural weaknesses, Odyssey Durasein offers a perfectly stable and repeatable decor. This ensures that large-scale installations—such as expansive waterfall islands, corporate reception desks, or architectural wall cladding—maintain a flawless and intentional appearance across every single sheet. Because the pattern and color are integrated throughout the entire thickness of the material, Odyssey allows for the creation of monolithic, seamless surfaces that appear to be carved from a single, continuous block of rare stone, providing a level of elegance that is impossible to achieve with tiled or laminated alternatives.

Technical excellence is the foundation of the Odyssey Durasein experience. One of its most significant advantages is its absolute non-porosity. In high-moisture or high-traffic areas, this technical characteristic is vital. Odyssey is naturally resistant to the growth of mold, mildew, and bacteria, making it an exceptional specification for clinical healthcare settings, professional food preparation zones, and luxury spa environments. It is NSF/ANSI 51 certified for food contact, ensuring a safe and hygienic environment for all culinary activities. Furthermore, the material is thermoformable, meaning it can be heated and shaped into complex organic curves, coved backsplashes, and integrated sinks. This flexibility allows designers to push the boundaries of traditional surfacing, creating sculptural furniture and unique architectural elements that flow seamlessly with the surrounding environment.

Durability and longevity are inherent to Odyssey. The material is highly resistant to impacts, scratches, and the rigors of daily use. Because it is a homogeneous, solid product, it is fully renewable; minor surface damage, scuffs, or stains can be professionally sanded and buffed back to their original factory luster. This renewability ensures a significantly longer lifecycle than traditional wood or laminate, making Odyssey a sustainable and cost-effective choice for long-term commercial installations. Unlike natural marble or granite, Odyssey never requires sealing or specialized chemical treatments to maintain its breathtaking beauty.

Sustainability and health are core pillars of the Durasein manufacturing process at DesignOneSource. Odyssey is GREENGUARD Gold certified, ensuring low VOC emissions and contributing to healthy indoor air quality for all occupants. The applications for this material are virtually limitless, ranging from dramatic kitchen countertops and integrated vanity bowls to decorative feature walls and bespoke modular furniture. When you specify Odyssey through DesignOneSource, you are choosing a product that masterfully bridges the gap between the adventurous beauty of the natural world and the uncompromising performance of 21st-century material science.