Graphene fabric

Graphene is a two-dimensional crystal made of carbon atoms only one atom thick, stripped from a graphite material. In 2004, Andre Geim and Konstantin Novoselov, physicists at the University of Manchester in the United Kingdom, successfully isolated graphene from graphite, demonstrating that it can exist on its own. They shared the 2010 Nobel Prize in Physics for their work.

Graphene is currently the thinnest and strongest material in nature, 200 times stronger than steel; At the same time, it has good elasticity, stretching up to 20% of its size.

As a new nanomaterial with the thinnest, strongest strength, and strongest electrical and thermal conductivity, graphene is called “black gold” and “the king of new materials”. Some scientists predict that graphene is likely to set off a disruptive new technology and industrial revolution sweeping the world and will “completely change the 21st century”.

Based on biomass graphene, Shengquan has successively developed inner warm fiber, inner warm velvet, and inner warm enemole materials. Ultra-strong far-infrared, bacteriostatic, hygroscopic sweat, anti-ultraviolet, anti-static are the main characteristics and properties of internal heating materials.

Warm inside fiber

Graphene internal warm fiber is a new intelligent multi-functional fiber material composed of biomass graphene and various fibers. It has low temperature and far-infrared function beyond the international advanced level and is known as “epoch-making revolutionary fiber” with antibacterial and antibacterial, anti-ultraviolet, and anti-static functions in one.

Graphene internal warm fiber filament and staple fiber have complete specifications. Staple fiber can be blended with natural fibers such as cotton, wool, silk, hemp, polyester, acrylic, and other fibers. The filament can be interwoven with various fibers to prepare yarns and fabrics with different functional requirements.

In the textile field, can be made into underwear, underwear, socks, infants and children clothing, home fabrics, outdoor clothing, etc. The use of graphene internal heating fiber is not limited to the clothing field, but also can be used in vehicle interiors, cosmetic medical materials, friction materials, filtration materials, etc.

Graphene internal warm fleece material

Graphene internal warm down is produced by blending silk spun from biomass graphene uniformly dispersed in polyester blank slices.

This technology not only makes full use of renewable low-cost biomass resources, but also fully displays the magic function of biomass graphene into the fiber, and obtains a new textile material with high performance and high value-added.

Graphene internal fleece material has multi-functional properties such as far-infrared heating, warmth, and breathability, antistatic and antibacterial. As for filling material, it is applied to quilts and down jackets, etc., which is of great significance and market value to enhance the innovation capacity of the textile industry and promote the development of high value-added products.

The inner warm fiber fabric has the effect of far-infrared body temperature and promoting microcirculation.

After compounding with biomass graphene, the internal warm fiber strengthens the intrinsic hygroscopicity and permeability of viscose fiber, the fabric is smooth and soft, feels smooth, and is not suitable for fading; At the same time, it is an excellent demonstration of the effects of biomass graphene, the most obvious is to enhance the far-infrared effect of body temperature, that is, at the low temperature of 20-35 ℃, the long-term infrared absorption rate of 6-14 μm wave can reach more than 88%. The strong far-infrared function of internal warm fiber fabric helps to accelerate the skin surface temperature, dilate the capillary, improve the microcirculation of the body, strengthen the metabolism between the tissues, dredge the meridians and collaterals, improve immunity, and achieve the health care effect on the human body.

Low temperature far infrared, promote microcirculation

At 20-35°C, the absorptivity of far-infrared light at 6-14 micron wavelengths is above 88%, which increases skin surface temperature and dilates capillaries, thus promoting microcirculation.

Antibacterial and bacteriostasis, care for health

Graphene can destroy the cell membrane of bacteria, resulting in the outflow of intracellular substances to achieve the antibacterial effect. The internal warm fiber enhanced the antibacterial performance of biomass graphene, and the antibacterial rate of common bacteria reached more than 90%

Hygroscopicity, anti-static and anti-ultraviolet

It can quickly absorb the moisture and sweat from human skin, and quickly introduce it into the air to give the body dry care. At the same time, the internal warm fiber material can reduce the surface resistivity of the human body, play an anti-static role.

Durable performance, anti-washing

The inner warm fiber material, by adding biomass graphene to the masterbatch to achieve a strong effect, so it can be worn for a long time and many times after washing, performance will not degrade.

Graphene is stripped from the carbon material, composed of carbon atoms only atomic thickness of the layer or one multilayer two-dimensional crystal, has a very outstanding and unique optical, electrical, magnetic, mechanical, and other physical properties and chemical properties, known as “black gold”, as “the king of new materials, scientists predict that graphene will be” completely change in the 21st century “.