Sustonable produces a high-quality surface material by combining post-consumer recycled PET plastic with natural stone, creating a thin and ultra-lightweight product suitable for various applications such as countertops and wall panels. This process reduces waste by 80% compared to traditional materials and ensures the product is 100% recyclable, contributing to a circular economy.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional surface materials often involve environmentally harmful extraction processes and generate significant waste during manufacturing, contributing to pollution and resource depletion. These materials may also lack recyclability, further exacerbating environmental concerns and hindering circular economy initiatives.
Solution
Sustonable offers a sustainable alternative to conventional surface materials by combining post-consumer recycled PET plastic with natural stone. This innovative process significantly reduces waste, utilizing 80% less waste compared to traditional manufacturing methods. The resulting material is thin, ultra-lightweight, and 100% recyclable, promoting a circular economy and minimizing environmental impact. Sustonable provides a durable, elegant, and eco-conscious solution for various interior design applications.
Target Audience
Sustonable targets environmentally conscious architects, interior designers, and consumers seeking sustainable and high-quality surface materials for residential, retail, and hospitality projects.
Features
- Composition of recycled PET plastic and natural stone for reduced environmental footprint
- Thin and ultra-lightweight design for ease of installation and versatile applications
- 100% recyclability, supporting a circular economy and minimizing waste
- Durable and resistant surface suitable for high-traffic areas
- Available in various colors and textures, including Calacatta and Rustic Grey
- Suitable for kitchen countertops, backsplashes, wall panels, tabletops, bars, and shower panels
- Manufacturing process that avoids hazardous chemicals