BenQ Materials
OD677
PERFORMANCE AWARD
Composition 100% rec. PES
Weight 86 g/m²
Water Column 18000 mm
Breathability 10000 g/m²/24h
Functions
Product information
This award winning 3-layer laminate combines performance and sustainability in the best of both worlds. The outer and inner fabric are made from 100% recycled polyester and laminated with the sustainable Xpore membrane. This membrane is manufactured completely solvent-free and without the use of water. Because it is made of polyolefin, its ingredients are only the chemical elements carbon and hydrogen. The PFC-free Xpore membrane, together with the monomaterial for top and bottom, can be recycled without any problems and without the generation of harmful substances during thermal treatment. This laminate exceeds expectations in terms of function: With a water column of 18,000 mm and a breathability of over 10,000 g/m²/24h, the laminate is also suitable for strenuous sports thanks to the hydrophobic, nanoporous membrane. BenQ also offers a variety of laminates with this membrane, e.g. with 100% recycled polyamide as well as with organic cotton and sustainable fibre blends - so a wide range of laminates with different looks and handfeel.
All values/information are provided by the supplier and were not verified by PERFORMANCE DAYS. These results were calculated using the Higg MSI 3.3. They were calculated by the supplier and are not third-party verified.
BenQ Materials
BenQ Materials is part of BenQ Group and focuses on materials science and membranes technology. Having extended its core membranes expertise to the field of textiles, BenQ Materials developed Xpore, a PFCs-free nano-porous membrane technology for waterproof and breathable textiles. The Xpore brand embodies the integration of the spirit of exploration and pore modules. Xpore technology can be found in various types of waterproof and breathable textiles for urban and outdoor use and for synthetic fabrics (polyester/nylon) as well as natural fibers (wool/cotton/silk).
Production in
Taiwan
Booth
Munich booth K14
Portland booth 105