Dedicated to Eco-Friendly & Responsible Sourcing
Utilizing up to 100% post-consumer recycled resin, reducing virgin plastic throughput by approximately 80% per batch.
Our PET and PP strapping solutions are 100% recyclable, ensuring they remain within the industrial value chain after use.
Optimized logistics and lean coordination reduce Co2 emissions by streamlining the path from production to global delivery.
Full compliance with REACH and RoHS standards, ensuring no hazardous substances enter your supply chain ecosystem.

At GREENSTRIX, we believe that industrial growth and environmental stewardship must go hand-in-hand. Our sustainability strategy is built on the principles of the circular economy: reducing virgin plastic consumption, maximizing second-life material usage, and ensuring all our products can be recycled after use.
By choosing our rPET strapping solutions, our partners reduce their environmental impact without compromising on load safety or technical performance. We bridge the gap between heavy-duty industrial needs and responsible resource management.
Join Our Eco InitiativesHow we convert post-consumer waste into high-performance industrial strapping
Sourcing high-grade PET bottle flakes from verified recyclers to ensure material purity.
Rigorous washing and extrusion processes to remove any contaminants and restore resin quality.
Precision engineering to achieve high tensile strength and consistent elongation properties.
Supplying 100% recyclable strapping to global partners, completing the circular loop.
Achieving maximum load security with minimal material volume, reducing overall waste.
Every batch is tested for material safety, ensuring zero-hazard supply chain integration.
Our coordination hubs prioritize manufacturers who adhere to rigorous environmental management systems.
Estimated plastic saved from landfills through our ecosystem partners' rPET usage annually.
Every core product provided by Greenstrix is designed for a second life, promoting zero-waste logistics.
Leveraging rPET resin reduces energy consumption by up to 60% compared to virgin plastic production.