Made for the world we want to live in.
Beauty shapes our world, but so do the consequences of our choices.
Now, more than ever, the way we create must change.
Too often, innovation trades performance for beauty, or sustainability for scalability.
A new standard of creation
At INNOVERA™, nature is not a trend. It’s our teacher.
Every part of our research and innovation is designed to minimize harm, reduce waste, and contribute meaningfully to circularity.
Each feedstock and material are selected with intent and conscience, shared with full transparency, prioritized for durability; and, for when the time comes, engineered with regeneration in mind.
We honor the process but also the people behind it – and those who will live with its results.
Responsibility is not a story we tell. It’s a standard we hold, one we build into everything we make.
INNOVERA™ is built for efficiency
As a highly bio-engineered material, INNOVERA™ features a uniform structure that ensures consistent quality – from batch to batch, and from initial samples to full-scale production. This results in high material yield, with less cutting waste and fewer discards due to surface defects, enabling a smart balance between product performance and cost.
INNOVERA™ is also a true drop-in solution, ready to integrate into existing manufacturing and tannery processes, without the need for new equipment or additional investment.
What’s more, its process bypasses the most resource-intensive early stages of material preparation and removes the usual need for preservation methods or cold storage — further simplifying production and lowering operational costs.
What’s inside counts
CARBON
CONTENT
PETROCHEMICALS
(prior to finishing)
- Minimizes harmful substances at every stage
- A combination of non-conventional recycled materials, like post-consumer tires, and responsibly sourced natural ingredients
As global legislation sharpens focus on circular economy principles, INNOVERA™ can help brands meet evolving compliance targets and recycled content requirements.
Built on BASF’s Ccycled® PA6, the material has the potential to be re-used at end-of-life, reducing waste, preserving value and aligning with the EU’s ESPR targets.