Evaporative cooling garment with capillary bed fiber tube liquid and sweat management system

The present invention provides an evaporative cooling garment (100) in which a mesh layer (101) shaped as a jacket is located between outer and inner fiber tube networks (201, 202). The two networks (201, 202) form first and second capillary beds (181, 182), respectively, for conveying cooling liquid over the mesh layer (101) and absorbing and vaporizing sweat produced by the wearer. The mesh layer (101) has openings (115) extending between the inner and outer sides of the mesh layer (101) such that ventilation channels are formed across the mesh layer (101) for creating a 3D air ventilation environment to accelerate sweat evaporation from the inner side and reduce thermal insulation between the two sides, thereby improving the effect of cooling the wearer and reducing the relative humidity of the wearer. When the second capillary bed (182) is saturated by sweat, the inner fiber tube network (202) also collects excessive sweat, thereby preventing excessive sweat from dripping from the second capillary bed (18