Our product categories
The Terratek® SC line of starch biocomposites provides effective solutions to meet growing demand for eco-friendly, biobased goods.
The Terratek® WC line of wood-plastic composites combines the pleasing look of wood with the functionality and manufacturing ease of plastics.
Terratek® BD biodegradable composites are created from a proprietary blend of starch-based ingredients and other materials.
Terratek Flex GDH-B1 is a starch-based elastomer that is strong, durable and pliable with an exquisite soft touch.
Blending sustainable feed stocks like wood or starch with reclaimed, recycled, or compostable plastics, the beginning of our resin’s life already has a much smaller carbon footprint than traditional plastics.
Many of our products can be returned to nature via composting in a home or industrial environment. While plastic waste may never be fully eliminated, the ability of these materials to break down at the end of their useful lives is a huge step in the right direction.
Strong, durable, and high-performing, our resins offer the lasting quality manufacturers expect from plastics. Derived from natural resources and designed to help eliminate waste, these bioplastic resins are a perfect way to meet consumers’ demands for high quality and eco-friendly products.
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.
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