Constant-temperature cloth

  The key technology of intelligent temperature-regulating and temperature-controlling fibers is to encapsulate heat-sensitive phase change materials with microcapsule technology and implant them inside the fibers. This material has the function of absorbing, storing and releasing heat in the form of latent heat. During temperature changes, it achieves the effect of heat absorption and heat release through phase change between solid and liquid states, thereby enabling the textile fabric made to respond to and regulate the temperature of the external environment. A stable temperature environment is formed in the closed space that comes into contact with the skin, providing a sense of comfort to the human body. The function of temperature-controlled fabric: The reason why this fabric can automatically control temperature and humidity is that it contains a synthetic fiber coated with carbon nanotubes. This synthetic fiber is highly sensitive to changes in infrared radiation from the outside. When the external environment is relatively hot, both temperature and humidity will rise, causing the fiber to bend and expand the gaps in the fabric surface, achieving the effect of heat dissipation. When the external environment is relatively cool, the fibers will expand and the gaps in the fabric will contract accordingly, achieving a warming effect.