This application discloses a wear-resistant bubble bag, relating to the field of bubble bag technology. The bag body includes a bubble film layer, a
fiber layer, and a wear-resistant layer. An anti-static component is disposed on the inner side of the wear-resistant layer. The anti-static component includes guide lines and a dispersion plate, both of which are bonded to the wear-resistant layer with
adhesive. The bag body, from the outside in, consists of the wear-resistant layer, the
fiber layer, and the bubble film layer. This application utilizes a
polyethylene wear-resistant layer with high
hardness to
resist friction and
impact during transportation, and
waterproofing to isolate
moisture. The
polyester fiber layer, with its high strength and
toughness, prevents the bag body from being punctured by sharp objects, enhancing stability. The
polyurethane bubble film layer, with its high elasticity, tightly adheres to the item, improving packaging fit. Simultaneously, the silver-plated
copper fiber guide lines and the "Z"-shaped connecting lines form a mesh structure, rapidly conducting and dispersing
static electricity. The
copper-
zinc alloy dispersion plate further adsorbs and diffuses
static electricity, preventing damage to the item from
static electricity.