What if your next backpack, travel bag or outdoor product could deliver the performance you expect, with approximately 50% less material-related CO₂ impact?

Imagine a backpack designed for years of adventure. A travel bag built to withstand demanding journeys. Outdoor equipment that needs to be strong, durable and reliable, whatever the conditions.

Now imagine creating those same products with a significantly lower carbon footprint.

For decades, the textile industry has relied on conventional coated fabrics to deliver the strength, protection and durability these applications demand. But producing these materials comes with an environmental cost, including greenhouse gas emissions associated with raw materials and manufacturing.

But what if we could rethink the carbon footprint of technical fabrics altogether?
What if lower emissions were built into the material choice? Meet Rivercyclon® Outdoor, Travel & Sports Fabrics.

Instead of accepting the carbon impact of conventional coated fabrics as unavoidable, Rivercyclon® takes a fundamentally different approach.

Developed using polypropylene (PP), Rivercyclon® combines a carefully considered material composition with an efficient production process to achieve approximately 50% lower material-related CO₂ impact compared with conventional coated fabrics.

Not by sacrificing functionality, but by rethinking the material itself. Not just a lower carbon footprint. A different way of making technical fabrics.

What if less CO₂ didn't mean less performance?
For outdoor, travel and sports brands, material performance is non-negotiable.

A backpack still needs strength. Travel luggage still needs durability. Outdoor equipment still needs to withstand challenging environments.

Rivercyclon® is developed with these requirements in mind. Its polypropylene-based construction offers a combination of strength, durability and functional performance, while providing a substantially lower material-related carbon footprint than conventional coated alternatives. Because reducing environmental impact shouldn't mean lowering expectations.

What if circular design could take carbon reduction even further?
Reducing emissions during material production is an important step. But what happens at the end of a product's useful life matters too.

Rivercyclon® is built around a mono-material polypropylene concept, named The Circular Fabrics Platform, designed to make the fabric fully mechanically recyclable.

Rather than combining incompatible materials that are difficult to separate, Rivercyclon® uses compatible polypropylene-based components to support a circular material approach.

This creates opportunities to recover valuable resources and reduce the need for virgin raw materials in future production cycles.
Because the future of technical fabrics shouldn't stop at reducing emissions today. It should also consider the materials we use tomorrow.

What if one material choice could make a real difference?
Think about the millions of backpacks, travel bags, sports bags and outdoor products manufactured every year.
Each one starts with a series of material decisions.

By choosing a technical fabric with approximately 50% lower material-related CO₂ impact, brands can take a meaningful step towards reducing the environmental impact associated with their products.
Without abandoning the performance requirements their customers depend on.

What if this changed the way we design outdoor products?
Innovation doesn't always mean adding new features, new technologies or extra complexity.
Sometimes, the biggest breakthrough starts with questioning the materials we have always used.

At Rivertex®, we believe the future of technical fabrics starts by challenging conventional thinking and making better material choices possible.

Rivercyclon® is our answer. Make the Switch.

Discover Rivercyclon® Outdoor, Travel & Sports Fabrics.