Power I (Interlock TENCEL Elastane)

Price€48.94/m
MOQ:1.0 m
Standard Colour
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Colour Code: (Pantone: N/A)
Stock Available: 0m

Basic information

Description: PYRATEX® power I and PYRATEX® power II, its slightly lighter version, are two breathable fabrics which embrace the body's every shape in a functional, skin caring embrace. Its contour-fitting behaviour, along with its anti bacterial, anti irritation and water absorption properties, make these refreshing fabrics specifically ideal for sensitive skins and sportswear garments. ​ Standard 100 Oeko-Tex certified, our micro tencel® fibers are produced in Austria.: they are renewable, wood- based fibers, based on various tree species, including eucalyptus, spruce, pine, birch and beech. All these tree species are grown in natural forests and sustainably managed plantations, without using chemical fertilisers. Close to 100% of the wood and pulp used to create our tencel® fibers is FSC® or PEFCTM certified or controlled, and the fibers are fully biodegradable undersoil and marine conditions., and compostable. No artificial irrigation is necessary to grow the wood, and the water scarcity impact of these fibers is 1.7 times lower than that of generic viscose fibers. Properties: ANTI BACTERIAL: Eliminates bad bacteria in our skin, preventing skin infections and bad odor BREATHABILITY & RAPID SWEAT EVAPORATION: Allows for a superior skin comfort COOLING EFFECT: Refreshing fabric WATER ABSORPTION: 100% more absorbent than synthetic fibers, 50% more than cotton ANTI IRRITATION Fiber is proven to be compatible with human skin cells (keratinocytes)

Article ID: PYRATEX® power I

Estimated Lead-time:

Swatch: 1-3 days

Sample: 

Mass Quantity:  28 - 56 days

Factory Location: Italy

End Use: Sports BraLeggings/Yoga Pants

Material details

Fabric Type: Knit

Fabric Composition: 87% TENCEL Lyocell,13% Elastane / OP / Spandex

Weave: Interlock

Construction: n/a

Width (Effective): 150 cm

Weight (Finished): 300 g/m2

Finishing: We finish all our fabrics with vapour, not chemicals, in order to preserve their properties

Properties: