warm infrared materials(Warm FiR)
Electric far-infrared emission fiber and fabric
Carbon Nanomaterials and Far Infrared Emission
The carbon nano-materials have a layered structure inside, and there are a lot of Π Electronics. If there is voltage, the electrons will flow in a certain direction to form a current. During the flow of electrons, there will be a "jump" between different carbon layers or between carbon layers and other carbon materials, that is, from the ground state to an unstable excited state, and then back to the ground state. The jump from the ground state to the excited state is driven by the voltage, and when the excited state returns to the ground state, it will release energy in the form of far-infrared light waves.
Electric far-infrared emission fiber and fabric
The nano-carbon material is compounded on the fiber surface and combined with the conductivity of the nano-carbon material, the fiber resistance can be adjusted and controlled during the fiber compounding process. Through the specific fabric weave design, the conductive yarn is woven into the fabric, and the voltage is applied to the fabric. The fabric will emit more far-infrared than the ordinary far-infrared textiles, and can conduct electricity and heat at the same time.
Product performance advantages
Five health functions in one: far-infrared light emission, antibacterial, antibacterial, thermal insulation, electrical
conductivity, and anti-static.
A. Far-infrared emissivity ＞ 0.9: far-infrared light waves penetrate into subcutaneous tissue, improve human
microcirculation, relieve joint pain, and benefit human health;
B. It has the effect of removing formaldehyde and aging odor;
C. Fine and even temperature: each yarn has temperature, comfortable and not dry;
D. Soft and skin-friendly, comfortable and breathable: interwoven with other soft yarns, the fabric is soft and breathable;
E. Rapid temperature rise: rapid temperature rise after 3s of power on;
F. Electric heat conversion efficiency ≥ 99.8%: convert more than 99% of electric energy into heat energy;
G. Antibacterial and bacteriostatic: the bacteriostatic rate of Staphylococcus aureus, Escherichia coli and Candida albicans reaches more than 90%;
H. Water washing resistance, long service life: higher quality stability, water washing resistance, rubbing resistance and tensile resistance;
I. Safety voltage: use power supply below 36V human safety voltage.
Electric heating element | Nano carbon | Carbon fibre | Graphene film | Wire |
Far-infrared thermography | ||||
Main forms | Fabricate nano carbon yarn into fabric | Put carbon fiber in a certain shape/fabric | Printed graphene slurry on plastic film as heating element | Arrange the wire or silver-plated yarn in a certain shape |
Advantage | Uniform temperature, hot face, soft and breathable, good skin adhesion, rubbing resistance, water washing resistance, high heat conversion rate | Low cost, relatively cheap price | Face heating, washable | Low cost, strong heat sense |
Disadvantages | The cost is equivalent to that of graphene film | Poor rubbing resistance, no folding resistance, line heating, uneven heating, one broken, the whole piece not hot | Poor rubbing resistance, stuffy and airtight, poor skin adhesion, slightly higher price | Wire heating, local temperature is too high, heating area is small, foreign matter sense is strong, and electric heating conversion rate is low |
Product application
According to the functional characteristics of far-infrared emission, conductivity, antibacterial and anti-static of nano-carbon composite fiber, civil far-infrared phototherapy products are developed. Products covering different functional applications such as car seats, protective gear, clothing, underwear, accessories, household blankets, mattresses, heating murals, etc.
In addition, we design and develop multifunctional high-quality fabrics such as thermal insulation, antistatic and antibacterial, which can be applied to medical, national defense, industrial and civil fields.
Intelligent monitoring single blanket: Far infrared light heating, connecting sleep monitoring belt, monitoring sleep quality.
Warm infrared quantum intelligent mattress: Function selling points: infrared light wave, sleep monitoring, intelligent temperature regulation, zone temperature control, safe low pressure, comfortable ventilation, odor removal, etc.
Smart belt: Function selling points: integration of far-infrared light wave, APP control, health monitoring, motion detection, loss prevention, automatic start and stop, and battery controller.