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How Phasic™ Technology Works

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How Phasic™ Technology Works PMS 301 PMS Process Blue PMS 110 PMS 107 PMS 301 PMS Process Blue HOW PHASIC™ TECHNOLOGY WORKS PHASE BASE LAYER FABRIC WEIGHTS 180 Phasic™ base layer technology is engineered for superior performance during stop-and-go interval activities. Phase garments are designed to retain less moisture and dry faster, keeping PHASE SL PHASE SV PHASE AR the user drier and more comfortable. PMS 301 Superlight base layer for high SeverePMS 152 base layer for high All-roundPMS 110 base layer for high PMS Process Blue output interval activities in outputPMS 136 interval activities in outputPMS 107 interval activities in warmer weather. cold weather. cold weather. Moisture Wicking 100% Hydrophobic Bi-component Phi Yarns Yarns Structure STAGE 1 - ACTIVE/WICKING PHASE STAGE 2 - INTENSE/DISPERSION PHASE STAGE 3 - REST/DRYING PHASE Entering an active phase, Phi yarns rapidly pull moisture Phi yarns work to disperse moisture across the entire Hydrophobic yarns, along with the broadly dispersed moisture away from the skin while the hydrophobic yarns stay dry. garment, helping to regulate body temperature. PMS 110 from the Phi yarns, combine to allow Phasic™ fabric to dry quickly Hydrophobic yarns stay dry and limit the fabric’s ability PMS 107 during a rest phase, keepingPMS theCool user Gray warm 8 and comfortable.PMS 152 TECHNICAL INFO to hold moisture. PMS Cool Gray 3 PMS 136 PMS 152 PMS 136 PMS Cool Gray 8 PMS Cool Gray 3 COMPOSITE GORE® FABRIC TECHNOLOGY PMS Cool Gray 8 PMS Cool Gray 3 ALPHA COMP HOODY / ALPHA COMP PANT LITHIC COMP HOODY / LITHIC COMP PANT GORE® FABRIC TECHNOLOGY GORE® FABRIC TECHNOLOGY FORTIUS™ 1.0 TRUSARO™ MAPP-MERINO ADVANCED INSULATED STORMHOOD™ ROLLTOP™ CLOSURE TECHNOLOGIES AND PERFORMANCE PROGRAM Insulated hood designed for full weather protection. Easy to use with gloved hands, this closure system seals out FEATURES INDEX MAPP fabrics use Merino wool’s natural properties to create The insulated StormHood™ can be cinched with one- moisture and has a wide mouth opening that allows quick a comfortable personal environment. Merino wool absorbs handed drawcords, allowing it to rotate with the head access to pack contents. 181 Blue text to indicate techinical features described here moisture into the chemical structure of the fibre, moving without obscuring vision when turning from side to side. it away from the skin and promoting the transmission of Front zipper height varies according to the intended use; TRIDEX™ perspiration. Additionally, Merino produces a small but protects chin and neck from wind, snow, and rain. Used in glove construction, TriDex™ is a three lobe perceptible amount of heat through ‘heat of sorption’, a pattern that maps individual finger shape to give BOX WALL CONSTRUCTION ™ Box wall construction is used to create a consistent layer of chemical reaction that occurs when the water vapour binds SCUBAHOOD exceptional dexterity and fit. down insulation. In this method mesh walls (mesh baffles) are to the chemical structure of the MAPP Merino inner core. Trim fitting hood meant to hug the head, fit under helmets and stay in position without the use of drawcords. ™ sewn between the inner and outer layers of the garment to WARP STRENGTH TECHNOLOGY ™ create 3-dimensional chambers to contain the down. Each Used in harness construction, WST spreads out the load- MICRO SEAM TECHNOLOGY ™ chamber allows the down to loft to its full potential and the A combination of several different elements, micro seam STORMHOOD bearing warp yarns to create a harness that is exponentially ™ even thickness, eliminates cold spots ensuring maximum technology and the craftsmanship behind it sets Arc’teryx Hood designed for full weather protection. The StormHood lighter and more supple that the original material. WST™ thermal efficiency. The use of mesh walls adds to the material GORE-TEX® garments apart from the rest. We use a very can be cinched with one-handed drawcords, allowing it to harnesses distribute weight and pressure evenly from edge weight of the garment so this method is only used in more high stitch count to increase seam strength. This allows rotate with the head without obscuring vision when turning to edge, making them remarkably comfortable. heavily insulated garments where the efficiency gains off-set the seam allowance to be minimized, creating a suppler from side to side. Front zipper height varies according to this added weight. garment with less bulk. This also permits the use of the intended use; protects chin and neck from wind, snow, WEAR SAFETY MARKER narrower seam tape and less glued surface area, increasing and rain. Coloured thread that indicates significant wear on DOWN COMPOSITE MAPPING™ overall breathability. The final result is a securely sealed harnesses and is a signal to replace the harness for ™ As an insulation material, down is valued for its significant shell that is supple, compact, easily packed and as STOWHOOD safety reasons. The markers are incorporated into the warmth and compressibility. However, moisture causes breathable as possible. A full standalone collar with an integrated, compact hood belay loop and both tie-in points. the down to lose its loft and therefore its warmth. Down that stores in a zippered compartment within the collar. ™ ™ Composite Mapping places down at the core of the POWDERCUFF™ The hood can be cinched with one-handed drawcords, WINGMAN POCKETS ™ allowing it to rotate with the head without obscuring vision garment and synthetic Coreloft insulation in areas that are An integrated elasticized cuff that fits over boots and Side pockets that sit low on packs, wrapping toward the TECHNICAL INFO when turning from side to side. A standalone collar provides prone to moisture buildup: hood, collar, hemlines and cuffs. prevents snow from entering from the bottom of the pant. hips, with closures that can be accessed readily. This placement of materials makes it possible to integrate protection independently of the hood and sits at mouth down insulation into a greater variety of weather conditions. ™ level when fully zipped. POWDERGUARD VENTS Zippered vent opening found in the pit zips of jackets and DOWN CONTOUR CONSTRUCTION™* HARDGOOD MATERIALS side openings of pants. A mesh lines the opening of the Involves the construction of an inner liner using synthetic vent blocking snow entry but providing ventilation. Found ™ HARDGOODS Prefixes are an Arc’teryx system to identify the attributes fibre fill (Coreloft Compact) and down insulation, placed only in Whiteline products. ® of our pack fabrics. Each element describes a property that inside a GORE-TEX waterproof/breathable shell. The Coreloft™ Compact layer sits next to the shell, protecting AC2 (ADVANCED COMPOSITE CONSTRUCTION) defines the nature of the fabric. RACE POCKETS the down-lined inner surface from any moisture generated FUSION POINT ™* Constructed to keep the contents of the pocket close to n (nylon) p (plain weave) r (rip-stop) inside the jacket. Down Contour Construction adds thermal Custom molded urethane attachment points that the body and stable so that movement is minimized, Endo P (polyester) s (stretch) mr (mini ripstop) value, eliminates negative air space and makes use of Down maintain flexibility under extreme temperatures. ™ Race Pockets are a system of 5 pockets meant to keep small Composite Mapping to integrate down insulation into a ™ ## (denier) f (faille) b (basket weave) items at hand while racing or during intense training. Two These can are bonded directly to ACT Fabric as greater variety of weather conditions. *Patent-pending small hip pockets, plus three pockets on the back: zippered desired, without requiring a seam. 16MM WEBBING closures secure phone, mp3 player or keys, while stash ™ 2PLY 840D X 840D nylon 6,6 HT DRYCUFFS pockets allow quick removal and replacement of gels, APERTURE TWIST This custom woven tube webbing provides strength Die-cut weatherproof wrist closure that is laminated to energy food, electrolyte tablets etc. throughout a run. A chalkbag closure used on the Aperture chalkbags. and suppleness to our harness leg loop and belay loop. eliminate threads that absorb water, provide precision, This closure opens/closes with a twisting motion that security and easy use with gloves or mitts. There is less ® completely seals the chalk inside the chalkbag during long term abrasion, increased strength and waterproofness. RECCO REFLECTOR Attached inside Whiteline garments, the RECCO® rescue storage and transportation. Aperture closures are held 20MM WEBBING 1PLY 840D X 420D nylon 6,6 HT reflector is part of a technology system employed by ski closed with a snap, making them simple to use and easy The uneven construction of this webbing provides a very e3D PATTERNING resorts and mountain rescue teams that use RECCO® to open with one hand. Refers to advanced gusseting and articulation in our garment detectors. The RECCO® reflector bounces back a signal tight structure construction that is resistant to abrasion. patterning that creates better range of motion in key areas. e3D that directs the rescuer straight to the reflector, helping GRIDLOCK™ The smooth nature of this webbing reduces fuzzing and enhances your ability to move freely and can be found in many locate a lost or buried person. RECCO® reflectors do not The GridLock™ is a simple, sturdy shoulder strap adjustment makes buckle adjustment easy. of our Trim, Athletic and Expedition fit garments. prevent avalanches, nor do they guarantee locating or the system. On the pack body is a multi-position receiver that survival of a buried or lost person. Reflectors are also not accepts the shoulder strap harness system, allowing for 6005-T6 / 7075-T6 ALUMINUM STAYS FLATLOCK SEAMS a substitute for an avalanche rescue beacon. custom fit both vertically and horizontally. Shoulder straps Stay material is 6005-T6 aluminum in varying widths Flat locking creates a low profile seam that sits flat against are positioned precisely as the user desires. depending on pack.
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