Unlocking the Benefits of Far-Infrared | Understanding Its Definition and Principles, and How Proper Use Can Promote Blood Circulation
Far Infrared . August 21, 2021

There are countless products on the market claiming to feature ‘far-infrared’ technology. But what exactly do these products do, and how can they benefit the human body? This article will guide you through the key features of far-infrared technology and provide principles for selecting the right products, helping you make informed choices for effective use.

What Are the Benefits of Far-Infrared Technology?

Scientific studies have found that the far-infrared wavelengths naturally emitted by the human body range between 4–14 micrometers (μm), which perfectly overlaps with the emission frequency of far-infrared technology. This allows the body to achieve a resonance effect, enabling efficient energy absorption.

According to research by NASA, far-infrared waves have remarkable health and medical benefits. Since the human body is composed of 70%–80% water molecules, this resonance can activate the vibration of water molecules in the body, generating a bioenergy effect. Through this effect, tissue cells are energized, microvessels expand, and blood circulation is improved—promoting metabolism. In addition, far-infrared energy can aid in cell repair, making this bioenergy effect an important technology in medical applications.

Here’s a summary of the benefits far-infrared technology can provide to the human body for your reference:

Promotes blood circulation
Reduces inflammation
Supports wound healing
Helps eliminate toxins

After understanding the potential benefits of far-infrared for the body, let’s take a closer look at the various ways far-infrared technology is applied in products.

How Are Far-Infrared Products Used?

Many products developed by the medical industry utilize the unique property of far-infrared technology to produce a ‘bioenergy effect’ in the human body for therapeutic purposes. Current medical reports indicate that far-infrared has been widely applied in healthcare and rehabilitation. For example, far-infrared medical devices generate a gentle warming effect in the body, promoting blood circulation, improving microvascular function, and supporting tissue growth and regeneration.

Far-infrared can also serve as an adjunct therapy for issues such as wound pain, blood stasis, diabetic foot ulcers, high blood pressure, and stress relief. Research published in the Journal of Applied Radiation and Isotopes in Taiwan confirms that far-infrared has positive effects on wound healing, pain relief, improved sleep quality, and blood sugar reduction, demonstrating its recognized medical benefits.

Beyond medical and health products, far-infrared technology has also been incorporated into everyday items. Energy bracelets and far-infrared beads allow users to absorb far-infrared energy simply by wearing them. Some tableware combines far-infrared materials with ceramics, so that users can receive far-infrared energy while eating or drinking. Daily-use products such as mattresses, cushions, and massage equipment may include far-infrared composite materials, enhancing their health and wellness benefits and increasing their value.

Among industries developing far-infrared technology, textiles remain the largest sector. The following section introduces far-infrared textile products in detail.

What are the effects of applying far-infrared technology to textiles?

In the market, specialized textile technology incorporates far-infrared composite materials into yarns, which has been widely applied to develop functional far-infrared fibers. These fibers are used in a variety of functional textiles, such as waist belts, knee supports, shirts, underwear, socks, headbands, pillows, bedsheets, comforters, sportswear, swimsuits, and patient garments.

Far-infrared technology helps the body generate heat, making it particularly beneficial for individuals with weaker constitutions. It is especially useful for people with poor peripheral blood circulation, as these textiles can serve as warming clothing during winter. This effect also extends to animals, so many manufacturers produce pet mats and clothing using far-infrared fibers.

3 Key Tips to Choose the Most Effective Far-Infrared Products

So, how can you choose truly effective far-infrared products among so many options? Here are three key points to guide your selection.

Key Point 1 for Choosing Far-Infrared Products: Material Content

In general, far-infrared textiles are developed by combining fibers with composite materials that emit far-infrared radiation, using a special melt-spinning process. The higher the percentage of far-infrared material in the textile fibers, the greater the effect it can have on the human body. Therefore, when selecting a product, you can pay attention to the content of far-infrared material.

Key Point 2 for Choosing Far-Infrared Products: Fineness of Ground Particles

When far-infrared materials are ground, if the average particle size is 500–600 nanometers (nm), the percentage of far-infrared particles in the textile fiber is about 1.5%. If the material is further ground to a finer size, with an average particle size of 300–400 nm, the percentage of far-infrared particles in the fiber can reach about 1.8%. This allows far-infrared fibers to have a more significant effect on the human body.

Key Point 3 for Choosing Far-Infrared Products: Experimentally Certified

This is also the most crucial point when purchasing. It is recommended to check whether the product has been clinically tested and certified by medical institutions. Only then can you ensure that far-infrared textiles are credible and can be used with confidence.

Recommended Far-Infrared Product｜GoodARCH LiZi Yarn – Comfortable and Healthy to Wear

GoodARCH Technology has developed a wide range of far-infrared products using its exclusive professional technology, including everyday items such as mugs, food containers, neck supports, and socks. Among them, the LiZi Yarn series is a favorite choice for many when it comes to far-infrared products!

“GoodARCH LiZi Yarn” combines nanotechnology materials with quantum mechanics properties and traditional Eastern acupoint health massage principles. While promoting harmonious resonance within the body, it also helps relax muscles, improve circulation, and enhance overall wellness.

The LiZi Acu-Fit Light have received numerous awards, including:

2020 Taiwan Excellence Award

Gold Medal, SVIIF Silicon Valley International Invention Fair, USA

Gold Medal, International Exhibition of Inventions of Geneva, Switzerland

Gold Medal, 11th Middle East International Invention Fair (IIFME), Kuwait

Gold Medal, SIIF Seoul International Invention Fair, South Korea

Gold Medal, Malaysia International Invention Fair

SNQ National Quality Mark

In addition, all products have undergone biotesting and third-party experimental verification, ensuring that you can purchase with confidence and use them safely.

References

Taiwan Association of Applied Radiation and Isotopes. “Applications and Mechanisms of Far-Infrared in Medicine”, Vol. 3, No. 3, pp. 333–340.

Lin, Y.-S., Lin, M.-Y., Liang, T.-C., Liao, C.-H., Huang, C.-D., Huang, H.-S. “Material Properties and Biological Effects of High-Performance Far-Infrared Ceramic Powders”.

Taiwan Journal of Chinese Medicine. “A Review of Bioceramic Technology in Alternative Therapy and Traditional Chinese Medicine”, Vol. 14, No. 1, pp. 11–22.

※Article Columnist – Day Tzy Chin, Far-Infrared Expert

Current Positions:

Professional Instructor at GoodARCH Technology & Deputy General Manager of R&D Management Center

Education:

Bachelor’s in Textile Engineering, Feng Chia University

Master’s in Textile Science, Feng Chia University

Doctoral Program in Materials Science, National Sun Yat-sen University

Experience:

Project Leader, Joint Development of Fine Denier Far-Infrared Nylon Textiles

Project Leader, Rubber Footwear Material Development, Industrial Technology Research Institute (ITRI)

Project Leader, Nano Carbon Sphere Development (Subproject), ITRI

Deputy General Manager of Product Marketing, GoodARCH Technology Group