What inspired the new Wilsonart® Quartz launch?

The biophilic movement — a current trend that strives to connect interior design elements with the natural world — takes center stage for many of the new styles. From snow resting on frigid branches to ethereal clouds on the sea horizon, the new collection from Wilsonart® Quartz reflects exquisite scenes of nature like never before. Because one of the strongest materials on Earth should be inspired by Earth, too.

Thoughtful nuances can be found throughout the collection. Calacatta Olympos is inspired by Calacatta marble, but feels distinct with its refined movement. Nova Serrana capitalizes on a vivid interpretation of organic soapstone. And Victoria Mist is subtly translucent, defying the traditional look of opaque white designs.

The design team at Wilsonart focused on two interior design trends to inform the new Quartz collection. First, “Nature-Inspired Maximalism.” A nature-inspired maximalist space relies on a foundation of classic, elemental beauty — but taken to the max. Designs like Calacatta Olympos, Kastoria, Terlingua, Sea Ice, and San Angelo are all boldly styled to encourage grounded luxury and high contrast with other interior elements.

“Statement Serenity” inspired the subdued stone designs in the collection. Nova Serrana, Terra Nova, Alvarado, and Victoria Mist all fit this description. Spaces that embrace Statement Serenity reflect understated luxury and modern warmth with organic tones that soothe. Sensory elements are also critical to provide the viewer with new ways to physically experience their environment. Thanks to the intentional inclusion of softer stone styles, it’s easy to make a serene statement with Wilsonart® Quartz.

Use new Wilsonart® Quartz designs elevate any commercial space. Company kitchens, bathrooms, break rooms, and reception areas can all benefit from the stunning new designs — and the remarkable performance of Quartz. Plus, every new design from Wilsonart® Quartz is ready for everyday performance as one of the strongest materials on Earth. Find impact, scratch, and stain resistance in a surface that never needs to be sealed.