Graphene FDY 50d
|Transport Package||Carton or Pallet|
Graphene is the thinnest, hardest and most conductive new nanomaterial ever discovered
Underwear, clothing and household products made of graphene fibers have unique functions
1. Far infrared that can be excited by body temperature
Graphene has the unique function of stimulating far-infrared function of human body temperature, promoting blood microcirculation, accelerating metabolism, effectively relaxing muscles and relieving fatigue, making intimate clothes with graphene fiber fabric, skin-friendly can improve blood microcirculation, relieve chronic pain and effectively improve sub-health of human body.
2. Antibacterial and antibacterial
Graphene fibers have unique antibacterial and antibacterial functions, effectively inhibit the growth of fungi, and have significant antibacterial and deodorizing functions.
3. Soak up the air
Graphene fiber can also remove moisture and qigong, keep skin dry, breathable and comfortable, and effectively protect the health of private parts.
Natural antistatic function makes wearing more comfortable.
5. Uv protection
Graphene fibers are also uV-resistant, making them equally effective in both lingerie and outerwear.
The king of materials, the application scope of fiber:
The biomass graphene regenerated cellulose fiber can be blended with cotton, wooddale, viscidity, acrylic, wool, hemp, dacron and so on through experiments, and can be made into a variety of high-quality blended fabrics, which can be used for making high-grade underwear, socks, sportswear, infant clothing, with outstanding high-grade functions.
Biomass graphene can be evenly dispersed in blank polyester chips to be blended into filling material, which can be used in cotton quilt, sleeping bag, down jacket, pillow, cushion and other textiles. It has the functions of light, delicate, soft, warm, antibacterial and antibacterial, low temperature far infrared, antistatic, breathable and hysteretic.
We Can do customized special yarns
Pls contatc me if any interests.
Ms Kero Wang