EnerUp® Hollow Fiber

ENERUP® Hollow Fiber　

Advantages
1. Warmth retention, comfortable and light
 EnerUp® hollow fiberis a kind of high functional fibers. Itis hollow as shown in its’ cross section figure. The hollow tunnels make fiberassemblies puffy, include more static air, and formspecial warmth retention systems. As a result, it increases fabrics warmthretention. So under the same warmth retention condition, it will make fabrics lighter and thinner, making people feel comfortable.

    Cross section figure of ENERUP® hollow fiber

2. Excellentwet permeability
A lotof capillaries are formed among fiber assemblies in the fabrics, and an excellent wet permeability system is formed together with hollow pipes infibers. Meanwhile, hydrophilic groups are incorporated into the bigmolecules, which can improve fiber surface’ hydrophilic condition and wetpermeability. The fabrics produced by ENERUP® hollow fiber can quickly move wet andsweat from bodies’ skins and evaporate by garment system in the air. In such away, human bodies’ temperature can be constantly controlled and are always incomfortable condition.
3. Regardlessof body sweat or climate change, the fabrics produced by ENERUP® hollow fiber can makebodies keep constant temperature, dry cool, and comfortable.

Applications
The ENERUP® hollow fiber is widely usedin thermal underwear, sportsunderwear, socks, balaclava, etc. The fabric is widely used bythe students, outdoor enthusiasts, and travelers. It can keep the body dry,cool and cozy all the time without changing the clothes after long sport time.

Harvest is a China hollow fiber manufacturer andsupplier. We offer ENERUP® hollow fiber, angora fiber, anti fatigue thermal underwear, etc.Our high quality products are offered at competitive prices. Harvest is locatedin China, and the full chainof manufacturing outdoor sports underwear, flame retardant underwear can becompleted in China,even in one city. Lower manufacturing cost saves your purchasing cost. The moredetails of each product are shown on the page with description.