for Flexible Film Packaging

HyperBarrier Film technology is a groundbreaking innovation in the realm of sustainable packaging solutions. HyperBarrier Film is a ternary nanocomposite film, setting a new standard for oxygen barrier performance, sustainability, and cost-effectiveness in PE flexible film packaging.

Unparalleled Oxygen Barrier Performance for an Extrusion Coating Monolayer Barrier

HyperBarrier delivers an unprecedented two hundred-fold improvement in oxygen barrier performance compared to conventional low-density polyethylene film. This remarkable advancement ensures product integrity, extending the shelf life of a wide array of products by providing superior protection against oxygen, moisture, and oils, providing the opportunity to avoid complex and expensive multilayer film laminations.

A monomaterial solution for optimal recyclability

This innovative PE film technology ensures compatibility with existing polyethylene recycling.

Cost-Effective and Industry-Friendly

HyperBarrier emerges as a cost-effective solution by eliminating the need for complex, multi-layer structures, thereby reducing material and production costs. This drop-in solution seamlessly integrates into current manufacturing practices, ensuring a smooth transition for converters and brands looking to adopt more sustainable packaging options.

The Smart Planet Technologies Advantage

At Smart Planet Technologies, we are committed to pioneering sustainable packaging materials that fill the gap between performance, cost and sustainability. Our innovations, including HyperBarrier, are designed to make disposable packaging "recycle-ready," aligning with our vision of a circular economy where all packaging becomes a valuable resource.

A Better Barrier Technology in Every Facet

HyperBarrier is not just an improvement; it's a transformation in barrier technology for flexible packaging. With its exceptional oxygen barrier capabilities and monomaterial PE recyclability, HyperBarrier offers a comprehensive solution that addresses limitations in conventional PE film packaging.