Thermo-regulated yarn is a kind of intelligent temperature control yarn which absorbs heat at high temperature and releases heat at low temperature.

Germanium health yarn is a kind of heating yarn prepared by adding germanium containing composite nano powder for blending silk. Wearing on the body, it can emit far infrared ray, release negative ions, and has antibacterial effect, so it can be widely used in underwear, leggings, knee pads, socks and other products.

The heating mechanism is that when the fiber absorbs water, the hydrophilic groups in the fiber combine with water molecules, and the kinetic energy of the water molecules is reduced, and it is converted into heat energy and released.

Sylon ® hygroscopic heating yarn has a dry and comfortable feel, and the microporous powder has a good hygroscopic and moisturizing effect, regulating the humidity between the clothing body.

SYLONTHERM® light-absorbing heating yarn is a kind of heating yarn prepared by adding  nano light-absorbing heating composite powder for blended spinning, which can better the energy of external light, especially the absorption of far infrared rays is especially prominent.

The clothes developed by it are worn on the body and have a good effect of absorbing heat and keeping warm. Can be widely used in underwear, leggings, knee pads, socks and other products.

It is a type of bamboo charcoal fiber made by adding nano bamboo charcoal powder during the chemical fiber spinning process, which has excellent properties such as heat generation, antibacterial, negative ion, and deodorization.

Far-infrared heating + hollow+ antibacterial + anion   Four-in-one heating yarn

Sylon®Graphene fiber is a kind of multifunctional fiber with far-infrared heating performance, which is realized by adding graphene powder in the fiber spinning process.

is a kind of fiber with hollow structure prepared by special spinning process. Adopt SYLONWARM®The fabric is warm, light and soft.

Adding nano far-infrared ceramics, tourmaline, bamboo charcoal and other heating powders in the fiber spinning process. Fiber far-infrared emissivity ≥ 88%, temperature rise ≥ 2.1 ℃.