Far Infrared Yarn
Overview
Product Description
1. Product Overview
Far Infrared Yarn, renowned for its distinctive properties, has been highly commended by scientists as the “life light wave” yarn. This remarkable yarn emits far – infrared rays with a wavelength strikingly similar to that of the far – infrared rays naturally emitted by the human body. This similarity enables it to engage in effective “resonance” with the water molecules within the cells of living organisms. The underlying principle lies in the fact that when the far – infrared rays interact with the water molecules, they stimulate the vibration of the water molecule bonds. This vibration, in turn, generates heat energy at the cellular level, which initiates a cascade of physiological reactions beneficial to life activities. These reactions play a crucial role in promoting the body’s metabolic processes. For instance, Far Infrared Yarn accelerates the breakdown of nutrients and the elimination of waste products, thus maintaining the body’s internal balance and overall health.
Through the application of advanced technological processes, we have seamlessly integrated natural far – infrared mineral materials into the fibers. This integration process involves multiple steps, starting from the meticulous extraction and purification of the natural minerals. These minerals are then ground into ultra – fine particles to ensure uniform dispersion within the fiber matrix. The result is a yarn product that not only exhibits outstanding far – infrared functionality but also carves out a unique niche in the textile field, presenting novel application prospects.
2. Product Characteristics
- High – efficiency Far – Infrared Emission Performance：Under normal temperature conditions, Far Infrared Yarn demonstrates an impressive far – infrared emission rate of over 82% in the 7 – 10 – micron wavelength band, with the average emission rate stably maintained above 82%. This specific wavelength band aligns precisely with the far – infrared absorption spectrum of the human body. When the far – infrared rays emitted by the yarn interact with the human body, they penetrate the skin and reach the subcutaneous tissues. There, they interact with the water molecules in the cells, enhancing the movement of ions and promoting the exchange of substances across cell membranes. This process significantly accelerates the body’s metabolic rate, facilitating the transportation of oxygen and nutrients to cells and the removal of metabolic waste. In contrast, traditional yarns lack this specific far – infrared emission property, making them less effective in promoting physiological functions.
- Integration of Natural Mineral Materials：The natural far – infrared mineral materials we select undergo a series of elaborate processing steps before being uniformly incorporated into the fibers. Initially, the minerals are sourced from high – quality natural deposits. They are then subjected to a purification process to remove impurities and ensure their purity. Next, through advanced milling techniques, they are ground into fine particles with a specific particle size distribution to ensure even dispersion within the fiber. These mineral materials endow the yarn with excellent far – infrared emission performance. Moreover, their natural origin ensures the product’s naturalness and safety. In comparison to traditional chemically synthesized materials, which may contain harmful substances that could potentially cause skin irritation or other health issues, natural mineral materials are more biocompatible. They do not release any toxic substances during use, providing consumers with a healthier and more environmentally friendly alternative.
3. Product Specifications
The standard specification of the product is polyester 75D/72F. However, we recognize the diverse requirements of our customers and, thus, offer comprehensive customization services. For customers with specific requirements regarding yarn thickness, we can adjust the denier (D) value. A lower D value results in a finer yarn, which may be suitable for applications where a more delicate fabric is desired, such as in high – end lingerie. On the other hand, a higher D value produces a thicker yarn, which could be more appropriate for making sturdy and durable textiles like winter blankets. Additionally, the number of filaments (F) can also be customized. A higher F value indicates a greater number of filaments, resulting in a smoother and more uniform yarn surface, which is beneficial for applications that require a high – quality appearance. We can also precisely control the addition ratio of far – infrared mineral materials. Customers who prioritize strong far – infrared functionality can request a higher proportion of minerals, while those who have other considerations, such as cost – effectiveness or specific color – fastness requirements, can opt for a different ratio. This flexibility allows us to meet the diverse needs of different customers in a wide range of application scenarios.
4. Product Applications
- Underwear Field：Far Infrared Yarn is particularly well – suited for the production of health – care underwear and body – shaping underwear. In health – care underwear, its far – infrared function exerts a profound impact on the human body. By promoting blood circulation, it ensures that oxygen and nutrients are efficiently delivered to various organs and tissues. This enhanced blood flow can relieve symptoms associated with chronic diseases such as arthritis. For patients with arthritis, improved blood circulation can reduce joint stiffness and pain by facilitating the removal of inflammatory substances. In the case of cervical spondylosis, the far – infrared stimulation can relax the muscles around the cervical spine, relieve nerve compression, and alleviate discomfort. In body – shaping underwear, the far – infrared effect not only promotes metabolism, which helps in burning calories and reducing body fat, but also provides a warm and cozy wearing experience. The warmth generated by the far – infrared rays can make the body feel more comfortable, especially in cold weather, while also contributing to the body – shaping effect by enhancing the body’s natural thermoregulation mechanism.
- Daily Necessities Field：The application of Far Infrared Yarn in daily necessities such as scarves and socks brings substantial health benefits to users. In scarves, while providing warmth, the far – infrared function promotes blood circulation in the neck area. The neck is rich in blood vessels and nerves, and improved blood circulation here can relieve muscle tension and fatigue. This is especially beneficial for people who spend long hours sitting in front of computers or engaged in strenuous physical activities. In socks, the far – infrared – induced improvement in blood circulation in the feet is crucial. It can prevent foot diseases such as frostbite by ensuring that the feet are adequately supplied with blood and warmth, even in cold environments. Moreover, it can also help prevent athlete’s foot by maintaining a healthy environment in the feet, as proper blood circulation promotes the body’s natural defense mechanisms against fungal infections.
- Home Textile Field：In home textile products, especially bedding, the use of Far Infrared Yarn creates a healthy and comfortable sleep environment. As people sleep, the far – infrared rays act on the body, helping to relax the muscles and calm the nervous system. This relaxation effect promotes better sleep quality by reducing stress and anxiety levels. A good night’s sleep is essential for the body’s recovery and rejuvenation, and the far – infrared – enhanced bedding can contribute to this process. Far Infrared Yarn can also regulate the body’s temperature during sleep, ensuring that the sleeper remains comfortable throughout the night, neither too hot nor too cold. This optimal sleep environment allows people to wake up feeling refreshed and energized, ready to take on the challenges of a new day.