Nanometer anion far infrared antibiosis radiation-proof clothes

Abstract

The invention discloses nanometer anion far infrared antibiosis radiation-proof clothes, and belongs to the technical field of antibiosis and radiation protection. The nanometer anion far infrared antibiosis radiation-proof clothes are formed by three material layers. An outermost layer is ordinary shell fabrics. A middle layer is a nanometer anion far infrared antibiosis radiation-proof layer. An innermost layer is a close-fitting comfortable layer. The nanometer anion far infrared antibiosis radiation-proof layer is formed by spinning of fiber modified by nano-silver ions. Nanoscale tourmaline particles are adhered to the fiber modified by the nano-silver ions. The close-fitting comfortable layer belongs to one kind of a soft cotton thin layer, a fiber voile layer and a chiffon layer. The three material layers can be dismantled and combined, and can be worn in an exchanged mode to reach different feelings. The functions of the nanometer anion far infrared antibiosis radiation-proof clothes are complete due to an anion far infrared health care and mold resistance property and a radiation protection property of the nano-silver ions. A user can wear the nanometer anion far infrared antibiosis radiation-proof clothes in work and daily life. A woman can wear the nanometer anion far infrared antibiosis radiation-proof clothes in a pregnancy period, and the nanometer anion far infrared antibiosis radiation-proof clothes have no side effect on a human body.

Description

technical field

[0001] The invention relates to a nano-anion far-infrared antibacterial radiation protection clothing, which belongs to the technical field of antibacterial radiation protection. Background technique

[0002] Negative ions are a kind of negatively charged gas ions in the air. Negative ions can not only promote the synthesis and storage of vitamins in the human body, strengthen and activate the physiological activities of the human body, but also have a very important impact on the activities of the human body and other life, so it is called "air". Vitamins". Infrared rays are the rays that can penetrate the skin and subcutaneous tissue the most among all sunlight. Because the vibration frequency of far-infrared rays is close to that of cell molecules in the human body, after the "life light wave" penetrates into the body, it will cause the atoms and molecules of human cells to resonate. Through resonance absorption, friction between molecules generates heat ...