April 9, 2012
Naturally Advanced Technologies Inc.
("NAT" or the "Company") (TSXV: NAT) (OTCBB: NADVF), which produces and markets CRAiLAR®, a natural fiber made from flax and other bast fibers, announced that it has entered into a short term CRAiLAR Flax fiber development agreement with
(NYSE: PVH), one of the largest global apparel companies. The agreement begins this month to support evaluation of processing CRAiLAR Flax fiber in dress and sports shirt lines, including
, its branded
"PVH's focus on dress shirts, an apparel category with one of the highest thread counts in the industry, will provide a fantastic opportunity for us to demonstrate the performance range of CRAiLAR Flax fiber," said
, Chief Executive Officer, NAT. "We anticipate that previous testing - which showed increased tensile strength, reduced shrinkage, increased dye uptake, and moisture wicking properties that can keep consumers cool - will reveal performance advantages in this category."
Under PVH's corporate environmental policy, it has stated that it is exploring measures to decrease environmental impact with respect to water usage, wastewater treatment, hazardous chemical output and overall progressive environmental stewardship within its supply chain, by seeking vendors aligned with those goals.
"We are excited about the prospect of integrating this new all-natural fiber into our products," said
, Chairman and Chief Executive Officer, PVH Corp. "We enter this agreement with the belief that CRAiLAR can move us closer to our goals of progressive environmental standards, including responsible water usage overall, and significant reduction in hazardous chemical waste in water, air and inputs from farmland to finished products."
NAT's proprietary CRAiLAR process produces a soft natural flax-based fiber that can be blended with cotton, wool and other natural fibers at varying levels. Its production and manufacturing typically allows partner brands to significantly reduce water usage, chemical usage at both the agriculture and manufacturing stages, and reduce shrinkage, allowing for more raw materials to be used for more product. Each of these characteristics allow its partners to further demonstrate their commitment to sustainability without sacrificing quality of construction nor consumer experience.