KunLun
Material

Company ProfileEngine Air FilterNew Energy Battery Air FilterCabin FilterVehicle and TransportationOffice Air FiltrationHome Appliance Air Filtration家用空气过滤器滤芯Home and Office Air FiltrationFood Industry Air FiltrationBeverage Industry Air FiltrationFood and Beverage Air FiltrationIndustrial Manufacturing Air FiltrationIndustrial Manufacturing Liquid FiltrationIndustrial Manufacturing FiltrationData CenterSemiconductorICT and Infrastructure Air FiltrationOil and GasAir CompressorEnergy and ResourcesPharmaHealthcareHealthcare and PharmaWarehouse and LogisticWarehouse and LogisticMicro FiltrationUltra FiltrationNano FiltrationRO FiltrationAnti Bacteria/Virus/Mildew/Odor TextilesMite and Mosquito Proof TextilesFar Infrared TextilesMedical Appliance TextilesConductive,Antistatic TextilesEMI Shielding TextilesFlame Retardant TextilesUltraviolet Proof TextilesSports Protection TextilesECO Friendly TextilesCold Proof Textileshygroscopic and sweat releasing textilesWaterproof and moisture permeable textilesAromatic and anionic textilesFunctional TextilesShape Memory Alloy and PolymerEnvironmental Sensitive PolymersPhase change materialsChromic MaterialsSelf Cleaning TextilesElectronic information intelligent textilesSmart TextilesMeltdown NonwovenMelt-Spun NonwovenSpunbond NonwovenNeed Punched NonwovenSpunlace NonwovenCompound NonwovenNonwoven New MaterialsAntibacteria Engineering PlasticsAntimildew Engineering PlasticsAnti Virus Engineering PlasticsConductive Engineering PlasticsThermal Conductive PlasticsBiodegradable Engineering PlasticsCompound MaterialsEngineering PlasticsOptical FilmPI FilmePTFE Water Proof and Breathable MembraneBarrier MembraneAnisotropic conductive filmHigh thermal conductivity graphite film质子交换膜PEM铝塑膜反渗透膜High Performance Membrane MaterialSuperalloyUltrathin FoilSpecial Alloy MaterialsCold ForgingHot ForgingDeep DrawingExtrusionMetal Plastic ProcessingCNC MachiningStampingLaser CuttingMetal Cutting ProcessingDie CastingMIMMetal CastingSLM Selective Laser Melting 3D printingSLS Laser Selective SinteringInk jet printing of metal nanoparticlesFDM Fused Deposition ModellingSLA Stereo lithography Appearance 3D printingDLP Digital Light ProcessingEMB电子束成型LENS激光近净成型PolyjetCLIP连续液面生产Additive ManufacturingInjection MoldingExtrusion MoldingBlow MoldingBlister Molding热压成型模切流延膜成型Plastic MoldingLaser WeldingUltrasonic WeldingResistance WeldingHot Bar WeldingWeldingFiltrationFunctional TextilesSmart TextilesTech NonwovensEngineering PlasticHigh Performance MembraneSpecial AlloyCompound MaterialWeldingForgingCNCLaser CuttingStampingCastingAdditive ManufacturingPlastic MoldingTechinical Documents
What is "far infrared textiles"

What is "far infrared textiles"

Far infrared textiles can absorb electromagnetic waves emitted by environment or human body in a wide range of wavelengths, and radiate wavelengths in the range of 2.5-30 μ M far infrared. The reason is that the additives with far-infrared radiation function absorbed the external electromagnetic radiation energy, the energy state of the molecules transited from the low energy level to the high energy level, and then returned to the lower steady-state energy level from the unstable high energy level and radiated far-infrared.

As far-infrared textiles radiate electromagnetic waves, 4 μ m～14 μ When the surface of the human body is radiated, it will cause the molecular resonance of the cells, produce the thermal effect, activate the surface cells of the human body, promote the microcirculation of the blood in the subcutaneous tissue of the human body, and achieve the effects of keeping warm, health care, promoting metabolism and improving human immunity.

The additives used in the preparation of far-infrared textiles are usually ceramic powder with far-infrared radiation function at room temperature, and the particle size is usually 0.5 μ It is less than 5 m. This kind of ceramic powder is generally metal oxide or metal carbide, such as alumina, zirconia, magnesium oxide, titanium dioxide and so on.

Function of far infrared textiles

The thermal insulation function of far-infrared textiles comes from the fact that it can emit far-infrared after absorbing the energy of external electromagnetic radiation and reflect the far-infrared emitted by human body. Therefore, the clothing made of far-infrared textiles can prevent the body heat from radiating to the outside and play an efficient role in heat preservation.

The function of far-infrared fiber in promoting microcirculation is based on its absorption of external electromagnetic radiation dominated by visible light, and the far-infrared emitted by the far-infrared and reflected human body act on the surface cells of the human body. Because of the same vibration frequency, it enhances the thermal movement of molecules and promotes the microcirculation and metabolism of subcutaneous tissue. Obviously, to achieve these goals, there are two necessary conditions: one is to absorb external energy, the other is to be able to have direct contact with the skin. Due to the limited ability of far-infrared to penetrate ordinary textiles, only when it is applied to underwear can it promote microcirculation. But in this way, the way of absorbing external energy is limited, and more is to reflect the far-infrared emitted by the human body, and the energy is limited.

Existing evaluation methods

There are two ways to evaluate the far-infrared radiation function of far-infrared textiles: one is the direct method, which is to measure the ability of the sample to emit far-infrared light after receiving external energy; The other is indirect method, which is to measure the temperature rise of the object after being radiated by the far-infrared radiation of the sample, provided that the energy conversion between the sample and the radiated object can be realized.

At present, the common method in the world is to measure the far-infrared normal emissivity of the sample when receiving external energy.


Corebrid™ Thermocatch™

White, Conductive, Light-absorbing Heat-generating Acrylic FiberCorebrid™ Thermocatch™

Print


Corebrid Thermocatch is a white, heat-generating, heat-retaining, and conductive fiber developed using our sheath-core spinning technology. This innovative acrylic fiber generates heat by converting sunlight into thermal energy, and also prevents static electricity from accumulating to reduce clinging and crackling sound.
Corebrid Thermocatch is a white fiber and so retains the ability of acrylic fiber to show color well. It is therefore and so this material is ideal for winter sportswear and casual wear.


Inquiries

Characteristics

[close]

Secret of Making Corebrid Thermocatch

Corebrid Thermocatch is made by blending multiple special material in a spinning solution. The function is semi-permanent and not affected by washing and wearing.

Cross-section of Corebrid Thermocatch fiber ①

Cross-section of Corebrid Thermocatch fiber ②

Secret of Corebrid Thermocatch's warmth and antistatic properties

Corebrid Thermocatch antistatic mechanism

The special material generates heat when its molecules vibrate in reaction to light exposure.
The conductive property of the special material reduces static electricity buildup. Static electricity is released instantly through corona discharge to reduce crackling sound, shocks, clinging and dust accumulation. It provides cleaner and more comfortable products for everyday life.

Effects of Corebrid Thermocatch

The material reaches its peak temperature 10-15 minutes after exposure to sunlight. The material returns to its original temperature approximately 10 minutes after it is removed from sunlight.

Although weather conditions are constantly changing, this material retains its effect even when slightly overcast. Its performance is reduced during rain or under thick cloud cover.
As with normal fabrics, exposure to wind reduces temperature. This can be alleviated by making the fabric more windproof.

  • Test method: Measure surface temperature of garment fitted to a mannequin outdoor

  • Samples: Corebrid Thermocatch 10%/Cotton 90%, 100% Cotton sweater

  • Test date: 13:30, January 7, 2012

  • Weather data: Sunny, no precipitation, 6.7°C, wind speed of 3.8 m/s, NNE direction

  • Testing institute: Unitika Garments Technology & Research Laboratories

Excellent Antistatic Property and Durability

Corebrid Thermocatch has superior antistatic properties to normal antistatic fibers due to the conductivity of the fiber. Its performance is not reduced in environments of low temperature or low humidity. The performance of Corebrid Thermocatch is compliant with the antistatic work clothing standards established by the National Institute of Occupational Safety and Health, Japan.

Applications

[close]

  • Clothing
    Sweaters, padding, down jackets, etc.

  • Interior goods
    : Brushes, cords, rope, carpets, non-woven fabric, etc.



Far Infrared Fiber-Tai Chi stone raw material
Tai Chi stone raw material fiber 5 major product system:
Polyester, cotton, sticky, acrylic,modal
Current End Users
Energy Fiber Innovative Application in Multidirectional Life Experience and Coverage

  • Home

  • Home Textile

  • Outwear

  • Shoes

  • Sportwear

  • Casual dress

  • Bussiness attire

  • Underwear

  • Swimsuit

  • Taichi Stone
    Viscose Fiber

  • Taichi Stone
    Acrylic Fibers

  • Taichi Stone
    Nylon Filament Yarn

  • Taichi Stone
    Polyester spun Fiber

  • Taichi Stone
    modal

Refining water molecules, improving human blood circulation, promoting cell activity and increasing metabolism
The far infrared wavelength 8-14 microns(commonly known as the light wave of life) that is beneficial to the human body, and the far infrared wavelength(3.9-16 microns) of Tai Chi stone, resonate with water molecules in human cells; Enhance the kinetic energy of blood cells, refine water molecules, and blood can flow smoothly to increase human metabolism; Stabilize blood quality, keep the body high immunity, improve people's health level. To this end, Taiji Stone Co., Ltd. cooperated with Fujian Provincial Institute of Chinese Medicine to do a lot of testing and research on the effects of Taiji Stone Fiber on human microcirculation.
Laboratory conditions
The laboratory maintains Shushianjing, room temperature 28 °C, humidity 60 %, indoor air is relatively stationary, no significant flow. After the subjects entered the laboratory, they sat for 20-30 minutes to adapt to the indoor environment. The subjects remained quiet during the experiment to avoid being stimulated. Infrared thermal image: Before the test, first turn on the Preheat for 20 minutes to keep the instrument in the best working condition. After adjusting to the environment, the volunteers dressed in contrast clothes and sat for 30 minutes to take off their clothes. When exposed to the area to be observed, they immediately photographed 1-3 infrared thermal images as a control. After wearing Tai Chi stone clothing for 30 minutes, take off the clothing and expose the area to be observed. Immediately take 1-3 infrared thermal images to observe changes. Laser Doppler blood flowmeter: mainly to test the skin microcirculation perfusion of three points of sanyinjiao, zusanli and wenzhong.
Preliminary results of observation: infrared thermal imaging
Preliminary results of observation: infrared thermal imaging Wearing Tai Chi stone clothes can increase the body's back temperature by 0.1-0 .2 °C. The infrared radiation trajectory of the Warlord's pulse becomes continuous, and it is evenly integrated and reaches the entire length. The Warden's veins are all warm, the highest temperature, and the lowest temperature rises. After wearing Tai Chi stone trousers, the perfusion of blood flow in the three microcycles of the Central Committee, the foot three miles, and the Sanyin intersection was generally increased, and the average increase was 13.2 %. The blood flow chart became uniform and regular.
Relax, relieve depression, eliminate fatigue, and improve sleep
Regulating the peaks and valleys of the human body's microcirculation, making the human body's microcirculation more smooth and conducive to relaxation; The high-frequency beta waves(14-30HZ) in the human brain wave are effectively converted into low-spectrum brain wave θ waves(4-8HZ) and alpha waves(8-14HZ) to reduce depression, eliminate fatigue, and improve sleep. function. Japanese science and technology have studied the effects of Tai Chi stone fibers on human sleep. Through the changes of human brain waves before and after use, it was confirmed that blankets and quilts using Tai Chi stone fibers can effectively increase the frequency of θ waves in human brain waves. The frequency of θ waves increased significantly(26.8 %), which is conducive to improving the body's sleep status. The 5s fragments were intercepted every 1 minute on the Taiji stone cover and the same brain wave curve. The proportion of the four brain waves of α, β, θ, and Δ at each time was shown as(right figure). The data corresponding to the 0 moment is the average of the data in the 6 time periods within 10 minutes before the cover. Starting from the chronological order 1 is the proportion of brain waves in each period after the cover. The College of Textile and Clothing Engineering of Suzhou University also conducted corresponding experiments. After using Taiji stone fiber quilt(Taiji stone fiber 50/polyester fiber 50), the participants gradually entered the state of awake to the state of early sleep and then to the state of deep sleep. Compared with ordinary air conditioners, after the human body enters a deep sleep state, the proportion of deep sleep wave Δ waves increased by Taiji stone fibers is higher than that of ordinary air conditioners, with a maximum increase of 60 %(ordinary air conditioners are increased by about 40 %). The proportion of shallow sleep wave θ waves increased by about 43 % during the corresponding period, which was lower than that of ordinary air-conditioning(about 52 %); And Tai Chi stone fibers are kept in deep sleep longer than ordinary air conditioners. After entering sleep, they remain in deep sleep for 15 minutes, while ordinary air conditioners gradually wake up after 10 minutes of deep sleep. The 50 / 50 Tai Chi stone fiber used in this experiment was used to improve sleep quality and depth.
Relax, relieve depression, eliminate fatigue, and improve sleep
Using the small-angle X-ray diffraction spectrum(SA-XRD), the composition and content of Tai Chi stone in the fiber can be identified and measured. Different content of Tai Chi stone fiber has a linear relationship with the intensity of diffraction spectrum.
At present, Taiji Stone Co., Ltd. has cooperated with Quanzhou Company, the testing center of the China Textile Federation, and has exclusively authorized the China Textile Federation Testing Center to identify and detect Taiji stone fiber components, as well as Taiji stone related functional indicators such as microcirculation, far infrared and other projects. Included in commercial testing.
石墨烯复合纤维 远红外保健 抗菌抑菌 紫外线防护 负离子发生 抑制螨虫






Address：Songshan Lake, Dongguan,Guangdong,PRC 523808  M/P：13929258165

Mail：ken.wang@kunlun-material.com

Kunlun New Material Technology
Share