Synterra
Synthetic Claystone Slabs
Engineered to Perfection
Introducing Synterra by Better Stone, Australia's first Synthetic Claystone solution. While a new name in stone supply, our foundation rests on 20 years of dedicated stone fabrication expertise, ensuring we deliver a superior product for the modern building industry. We offer zero silica stone slabs, a revolutionary alternative to traditional porcelain, sintered, and glass stone, engineered for exceptional durability and ease of installation.
Synterra excels in creating flawless finishes, making it ideal for high-end kitchen benchtops and bathroom vanities. Our stone slabs allow for seamless slab lamination and precise mitred edges, eliminating common issues like dark glue lines and colour inconsistencies. Experience the difference of a truly premium, durable stone that streamlines your projects.
Serving the Sunshine Coast, Brisbane, and Gold Coast, Better Stone is your trusted partner for premium engineered stone. Elevate your designs with our range of beautiful, easy-to-work-with stone slabs. Contact us at 0428 842 918 to discuss your project needs and discover the future of stone installation.
A Bench Above The Rest
What We Offer
As part of our commitment to you, we have researched the best manufactured <1% crystalline silica slabs around, which provide not only the same hard-wearing and beautiful finishes, but are conscious of safety. We want to drive the evolution of engineered stone into a place where there are affordable options for all and sustainability is at the heart.
Better Stone is created using synthetic clay materials, polymer resins, pigments and other decorative materials. Replacing the crystalline silica quartz with refined clay-based materials and using mature technology.
Our products perform in the Mohn hardest scale of 6.0+ hardness, they are available in several finishes and multiple colour ranges. They are stain and scratch resistant, non-porous, easy to clean and maintain. They are refined synthetically from clay based materials which enables them to contain <1% crystalline silica.
