Automobile and metal fiber mesh carrier

The invention discloses an automobile and a metal fiber mesh carrier. The metal fiber mesh carrier comprises multiple layers of metal wire meshes, wherein two side surfaces of the metal wire mesh on each layer are wavy surfaces and are provided with a groove part and a convex part; the metal wire meshes on two adjacent layers have two opposite wavy surfaces, the convex part of one of the two opposite wavy surfaces is opposite to the convex part of the other wavy surface, and the concave part of the wavy surface is opposite to the concave part of the other wavy surface. Due to the arrangement, when the automobile jolts, and two opposite wavy surfaces of the metal wire meshes on two adjacent layers are close to each other, the convex part of one wavy surface props against that of the other wavy surface, so that direct mutual supporting of the metal wire meshes on two adjacent layers is realized, further the metal wire meshes can not fall off due to the mutual supporting of the metal wire meshes on two adjacent layers in the whole metal wire mesh roll, and the stability of the metal fiber mesh carrier is correspondingly improved.