Caesarstone has announced the launch of Caesarstone Icon, a revolutionary new advanced fusion surface that is crystalline silica free* and made with ~80% recycled materials. This groundbreaking new surface technology advancement combines ecological practices, crystalline silica free materials, translucency and depth into one game-changing innovation. Caesarstone has been at the forefront of sustainable, innovative surfaces, and Caesarstone Icon represents the next evolution in the company’s mission to create beautiful, high-performing surfaces that prioritize safety and environmental responsibility.
The launch of Caesarstone Icon marks a significant milestone in the surfacing industry. As an advanced fusion surface, it is engineered with a proprietary blend of ~80% recycled materials and a silica-free* formula. The new formula addresses health risks associated with crystalline silica for fabricators and stoneworkers. By introducing this next-generation surface, Caesarstone is not only redefining design possibilities but also prioritizing employee health and sustainability in everym slab.
As attentive as ever to rich, luxurious details, Caesarstone has introduced Icon designs with an incredible translucency and depth of design that reflects natural elements in an unprecedented way, bringing out beautifully unique characteristics from all angles. It is developed with the same craftsmanship, beauty and durability that Caesarstone surfaces are known for. Caesarstone Icon introduces a stunning range of new designs while evolving select existing designs to feature crystalline silica-free* formulas, offering a range of nine stunning colors in a polished finish including Calacatta lacebound, Calacatta nobella, Calacatta thyme, ocean sage, strata pulse, wild storm, wild Taj, clearlight and moonflow.
Whether used in a sleek modern kitchen, a warm inviting bathroom retreat or a high-traffic space, Caesarstone Icon delivers the perfect blend of beauty and sustainability.
*The Caesarstone crystalline silica-free product contains less than 1% crystalline silica.
