The concept of far-infrared fiber
Far infrared fiber is a type of functional fiber. It means that during the spinning process, powder with far-infrared function is added, such as alumina, zirconia, magnesium oxide, etc., and then crushed to nano-scale or micro-nano-scale powder, commonly known as far-infrared ceramic powder. After mixing evenly , made of spun yarn. The fiber and its products have good heat preservation, antibacterial properties and life medical and health care functions.
Classification of far-infrared fibers
Classification by structure: One type is a single fiber with far-infrared powder evenly distributed on the fiber, and the other type is a composite fiber with one or more core layers. fiber.
Classification by appearance: One type is conventional circular cross-section fibers, the other is special-shaped cross-sections fiber. Both types of fibers can be made into hollow fibers to increase warmth.
Performance and application of far-infrared fiber
Because far-infrared fiber contains far-infrared radiation materials, its insulation performance is to use the thermal radiation of living organisms to absorb and store the energy radiated from the outside to the living body, causing the living body to produce “Greenhouse effect”, and far-infrared textiles can also resonate with water molecules and organic matter to generate heat, prevent heat loss, and have a good thermal insulation effect. Therefore, far-infrared fabric has significant thermal insulation effect and is suitable for cold-proof fabrics and light winter clothing.
In addition, the thermal insulation effect of far-infrared fabric can promote human blood circulation and metabolism to a certain extent, which is helpful for eliminating fatigue and restoring physical strength. It has certain auxiliary functions in relieving pain symptoms, so it can be made into underwear, socks, knee pads, elbow pads, wrist pads, etc.
According to some experiments, the far-infrared rays contained in far-infrared fabrics can inhibit some bacteria role. Such as Staphylococcus aureus, Candida albicans, Escherichia coli, etc. Therefore, far-infrared fiber can also be used to make products such as sanitary and medical fabrics.
Production of far-infrared fiber textiles
Penetrate far-infrared particles with far-infrared emission function into the coating liquid, and apply them to the fabric through spraying, dipping and roller coating, thereby making natural fibers and Its textiles have far-infrared absorption and emission capabilities. The particle size of the far-infrared ceramic powder used determines the quality of the finished fabric. The spraying method is often used to make far-infrared flakes, open the tips of terry fabrics, and then spray far-infrared finishing agents, which can effectively improve warmth and comfort.
Far infrared fiber washing
In order to maintain the stability of far-infrared particles in fabrics, the key points for washing far-infrared fabrics are: Light, Soft, Fast .
Washing: It is advisable to hand wash with cold water, drop a small amount of neutral detergent into the water, and stir Dissolve it fully, put the clothes in and soak them completely, and rub them gently.
Rinse: Rinse thoroughly with clean water after washing, and use a quick pick-up method.
Drying: After washing, gently squeeze out the water with your hands and spread it flat to dry. Avoid direct sunlight, which can cause the fabric to weaken.
