Graphene fabric production is a two-dimensional material composed of a single layer of carbon atoms, with very special mechanical, electrical, optical and other properties. Due to the single-layer structure of graphene, it has better breathability.
The gas permeability v value of graphene fabric production can be determined by theoretical calculation. In theory, graphene is more breathable than other similar materials. The gas permeability of graphene depends on the size of its lattice unit, which means that the gas permeability of graphene is closely related to its fine structure. The more breathable the graphene material, the stronger its penetration capacity.
In fact, the production of graphene fabrics has good air permeability. Graphene nanocomposite fiber fabric not only has excellent air permeability, but also can effectively reduce the static electricity in the washing process, to avoid the occurrence of pilling, fuzz and other phenomena. In addition, the material has excellent hygroscopicity and rapid drying properties.
The breathability of graphene fabric production is particularly important for certain occasions. For example, athletes tend to sweat during exercise, and excessive sweat will affect the efficiency and health of athletes. However, if athletes wear sportswear made of graphene breathable fabric, their sweat will be quickly absorbed by the fabric and dispersed into the air, which can ensure a comfortable and dry sports experience for athletes, but also effectively reduce the possibility of bacterial growth.
In general, the gas permeability of graphene fabric production is very excellent. With the deepening of research and application of graphene materials, we believe that graphene materials will become more and more excellent in terms of air permeability, moisture absorption, and fast drying.
