dimpora technology

dimpora® offers cutting-edge textile membranes that are waterproof, breathable, and fully recyclable. With a commitment to sustainability, these membranes are designed for high-performance outdoor wear without harmful chemicals. Crafted in Switzerland, dimpora® is changing the landscape of functional textiles.

dimpora®: Sustainable Waterproof and Breathable Textile Membranes

What is dimpora®?

dimpora® is a revolutionary textile membrane that makes fabrics completely waterproof and breathable without harming the environment. It’s all about redefining performance wear and pushing the outdoor industry towards sustainability. Powered by the patented CoreLayer Technology™, dimpora® membranes deliver top-notch performance while staying 100% PFAS-free, designed for circularity, and fully recyclable. Crafted in Switzerland, these membranes are built to handle heavy rain, rugged terrain, and the most demanding conditions, backed by rigorous internal and third-party testing. Simply put, dimpora® is changing the game for functional wear.

Main Benefits of dimpora® Technology

Here’s what makes dimpora® stand out:

  • 100% PFAS-free membranes, eliminating harmful chemicals
  • Designed for circularity and fully recyclable materials
  • Manufactured from any polymer, making it the only technology worldwide enabling true circularity
  • Waterproof, breathable, and windproof performance under extreme conditions
  • Swiss-made quality ensuring excellence and reliability
  • Backed by thorough internal and third-party testing

How dimpora® Membranes Are Made

The production process of dimpora® membranes is more like a journey than a simple manufacturing step. It all starts with a strong foundation in chemistry, chemical engineering, and materials science. The first step? Researching and selecting raw materials carefully to minimize environmental impact and boost membrane performance. Then, the granulates from compounding are melted and extruded into a continuous film — the membrane’s final profile. This film is then passed through a bath where mineral-based particles dissolve, leaving behind tiny voids that create a microporous structure. This unique structure is what gives dimpora® its breathability and waterproof qualities.

Lamination and Final Product Integration

Most dimpora® membranes undergo a lamination process where they’re bonded with one or two fabrics. This creates 2- or 3-layer structures used in garments, shoes, and other functional wear. While the membrane provides the essential performance features like waterproofing and breathability, the fabrics add the finishing touches — color, pattern, texture, plus enhanced tensile strength and durability. It’s this combination that makes the final product both high-performing and visually appealing.

Collaboration and Custom Solutions

dimpora® technology isn’t just about the membrane itself — it’s about the bigger picture. Membranes are a crucial part of functional wear, but they’re just one piece of the puzzle. The project invites brands and manufacturers to join the movement towards sustainability by integrating dimpora® membranes into their product lines or developing tailor-made solutions. It’s a call for collaboration to move away from toxic chemicals and embrace circularity while maintaining the highest levels of performance. Together, the industry can do good — but it takes everyone’s effort.

Project Impact on Sustainable Development Goals (SDGs)

  • SDG 12: Responsible Consumption and Production – through circularity and recyclable materials
  • SDG 13: Climate Action – by reducing toxic chemical use and environmental harm
  • SDG 9: Industry, Innovation, and Infrastructure – via innovative CoreLayer Technology™
  • SDG 15: Life on Land – minimizing pollution and protecting ecosystems
  • SDG 17: Partnerships for the Goals – encouraging collaboration across brands and industries

The Science Behind dimpora®

At its core, dimpora® is built on a deep understanding of chemistry and materials science. The process begins with selecting the right raw materials to ensure both performance and environmental responsibility. The extrusion step melts and forms the membrane into a continuous film, which is then treated to create a microporous structure — that’s the secret sauce for breathability and waterproofing. This scientific approach, combined with Swiss precision manufacturing, results in membranes that don’t just perform well but also align with the urgent need for sustainability in outdoor wear.

Discover other innovative projects :

Learn more about the Sustainable Development Goals :