Xpore’s sustainable waterproof breathable textiles are favored by leading international brands for their versatility and are widely used in various applications, including outdoor exploration, medical and health protection, and urban apparel. Many of our loyal customers have not only created new products using Xpore textiles but have also expanded our product lines. Below are selected testimonials highlighting their experiences:
We tested the Xpore membrane extensively against other leading membranes in the market and found it to match or beat performance on nearly every metric. Coupled with the eco-friendly benefits of its construction, we feel it’s the best membrane available today.
PYKRS and Xpore have been partners since the conception of our first product, the PYKRS connected jacket. We share common values such as high quality, excellence in everything we do and continuous innovation.
Since our establishment, we’ve been upholding the business philosophy of green and environmental protection. Because of our persistence in materials, it was hard to find a partner until we met Xpore!
The high-tech microporous membrane can block 100% of water because the microporous pores are 20,000 times smaller than water droplets, meanwhile large enough to allow sweat and moisture molecules to pass through. Thus, it achieves a high level of performance that is both waterproof and highly breathable. While choosing the most comfortable one, you can also keep the earth free from pollution and pure, so that the earth can also be better.
The material is waterproof and has excellent breathability, and the nano-microporous is even smaller than bacteria to achieve physical resistance to bacteria.
Xpore's breathable, waterproof, anti-bacteria, anti-dust, and anti-mite fabric characteristics can give greater effect such absorption of perspiration and moisture in authentic silk, anti-bacteria and odor, and warm in the winter and cool in the summer to the skin's surface.
Xpore is a waterproof and breathable fabric brand from BenQ Materials. It is waterproof, breathable and anti-microbial, and is suitable for Freezone’s performance jackets.
XPORE hundreds of millions microporous solve the stuffy characteristics of waterproof jacket for outdoor sports users. As a man who always goes mountain climbing every now and then on holidays, I am also afraid of the endless uphill climbing while it is raining. Not just the heavy downpour, but my eyes would be full of tears. The real effective microporous ventilation can exchange the body heat and maintain the comfort of walking.
WEAVISM continues to strive for breakthroughs in the use of sustainable materials, and is pleased to have found a membrane that is highly functional and environmentally friendly at the same time. With our cotton tarpaulin to make the jacket has a special stiffness, and also quite breathable.
Zirkulu chose to work with Xpore to combine technical performance and renewable materials to drive innovation in the outdoor industry.
Open Wear is all about sustainability and quality. This is why we chose Xpore. Two simple requirements that are actually very difficult to realise. Xpore has found a perfect balance in this and we are very happy with the collaboration that we have established.
Built with a lightweight, nanoporous waterproof/breathable material developed by our material innovation team, the M10 Anorak takes learnings from fit, pattern, and subtle-yet-precise design details pulled from generations of technical shells to bring a minimal, movement-first hardshell created in collaboration with, and for, our most demanding and detail-oriented alpinists.
Developed specifically for adventure skiing, this jacket meets the high demands of ski touring.
A protective, 3-layer shell, featuring the new Xpore nano-porous membrane and bio-sourced polyester, made from sugarcane.
PYKRS is the spark of your next adventure. We serve those adventurers who not only seek new challenges, but who themselves are carriers of new experiences.
WEAVISM continues to strive for breakthroughs in the use of sustainable materials.