Products by Sustainability Target
Single Use & Packaging
To advance the solid waste management effort to increase composting of food waste, certified compostable plastics in single use applications and food packaging is critical.
Terratek® BD materials are a line of rigid, compostable materials that are created from a proprietary blend of starch-based ingredients and other polymers.
Terratek® FX materials are a line of starch-based, compostable elastomers that are strong, durable and pliable with an exquisite soft touch.
Durable Goods
Decreasing the use of virgin plastics in durable goods is a sustainability goal for many companies. Replacing 30% of PP, PE, or PA with waste stream sourced biobased fillers is a straight forward option.
Terratek® WC/SC biocomposite materials made of wood, starch, or hemp that provide many solutions to meet growing demand for eco-friendly, biobased goods. Each offers its own signature look and value.
Terratek® NFRP materials are traditional polymers or bioplastic resins reinforced with natural fibers for lightweight, eco-friendly structural plastics.
Terratek® bioplastics combine environmental benefits and uncompromising quality to provide highly functional, cost competitive alternatives to traditional thermoplastics. Our broad range of biobased and compostable plastics are not just greener, they’re better.
What We Do
Building paths to sustainability
Pragmatism has its place in the green movement. No single bioplastic solution will eliminate the problems of waste, over reliance on non-renewable resources, or the use of harmful chemicals in manufacturing. However, at Green Dot, we believe a combination of strategies give product designers and entrepreneurs the flexibility to choose more sustainable materials without sacrificing quality.
Who we are
Our mission is to advance the unique characteristics of bioplastics to help designers and manufacturers create inspired products that empower consumers to contribute to a more sustainable world. In everything we do, we strive to minimize the use of petroleum-based chemicals, maximize the use of renewable materials, increase the value of reclaimed and recycled materials, and enhance the performance of biodegradable materials.
