Concrete is a manmade aggregate of rocks (typically limestone or granite) and cement of an almost unparalleled versatility and variety. Our concrete thin stone veneer comes in a variety of colors and finishes available to fit any design and use case.
Granite is a hard and very tough stone that has been used for centuries in construction that needs to stand the test of time. Our natural granite thin stone veneer is well known for its use in kitchen, bathrooms and offices due to its durability and beautiful appearance.
Marble forms in a spectrum of colors and is valued for its beautifully intricate veins and swirls throughout. Our marble thin stone veneers provide a timeless look, with a natural malleability to flex this durable material in places you’ve never thought possible.
Sandstone is a sedimentary rock formed from grains of sand, most notably quartz. Our ultra thin sandstone veneer is truly remarkable. Once processed, this real stone veneer becomes ultra-flexible – it is similar to working with wallpaper in that it can even be rolled.
Slate is a metamorphic rock composed of clay or volcanic ash. It is an extremely dense stone, known for its low rate of water absorption. Our slate thin stone veneer offers a durable, water resistant, and natural look without the weight of a full slab of stone.
Travertine is a sedimentary rock formed from limestone, carbon and high pressure, high moisture environments like hot springs. Widely adopted in modern building for facades, walls and flooring. Our travertine thin stone veneer makes a variety of applications possible.
RAW EARTH FOR WILD IMAGINATIONS
Earth Anatomy® believes that architects, designers and individuals need to have an opportunity to explore the potential of natural materials. With our natural, thin, stone veneer surface, we provide the design community with an unrivalled product, process & fabrication technology. Our innovative new veneers have the power to unlock ideas because they combine the traditional features of natural stone with remarkable new characteristics like light transmission and flexibility.