The heavy-duty fabric that redefines comfort for performance fabrics. It is configured to provide maximum comfort by: an exceptionally high resistance to water pressure (that protects against the heaviest storm precipitation conditions) and greatly improved breathability. Entrant Dermizax EV’s comfortably dry feel quickly returns compared to other fabrics. Furthermore, the ultrathin membrane provides Entrant Dermizax EV with a feather smooth texture and lightweight configuration with superior water resistance rating: 20,000mmH2O and excellent breathability rating 20,000g/m2/24hrs.
PrimaLoft® insulation is an integral component in products that provide warmth and comfort from head to toe, and is warmer, drier, softer and more compressible than all other insulations.
Stretch for Maximum Mobility and Superior Silhouette
We introduce the 4-way Stretch fabric, which enhances higher mobility and flexibility for your better performance. This 4-way Stretch fabric allows us to provide you collections with superior silhouette and maximum mobility. We’re sure that you would enjoy this new special garment on the slope.
3-D Air Cutting
By analysis, we realize that the new 3-D cutting technique well matches the modern ski style. Generally, most of the pressure of wear goes to your shoulder where you start feeling tired as soon as you put on any heavy gear. Thanks to this new cutting technique, about 85% Clothing Pressure of the wear exerted to the shoulders can efficiently be reduced so as to make you feel the way the wear is floating in the air instead of putting on you. You may even forget you actually are wearing it. Clothing Pressure Average(unit:gfcm2)/3-D AIR CUTTING:0.41 / Regular Cutting: 3.26 Source: TOKYO METROPOLITAN INDUSTRIAL TECHNOLOGY RESEARCH INSTITUTE
Seamless Laser Cutting
Use of this state of the art technology, Phenix is able to offer a highly sophisticated and innovative precision cut. The laser cut results in a sealed edge free from any loose fibers. Delivering a high intensity focused laser spot produces a localized heat effectively welding predefined garment areas.