▎ 摘　　要

NOVELTY - The sheet has a conductive layer (2) arranged on a single side or two sides of a base body (1). A covering film layer (3) is covered on the conductive layer. The base body is provided with an air flow channel (4) parallel to the conductive layer and passing through the base body. The air flow channel is arranged in a matrix manner along an extending direction of the base body. A substrate is made of flame-retardant non-metallic materials. The conductive layer is formed as a linear structure formed by one or more combinations of more than one straight line or more than one wave line. USE - Graphene multi-pole bending force superimposed conductive electrode sheet for a dust collecting electric field module of a micro-electrostatic integrated device (all claimed). ADVANTAGE - The electrode sheet has high purifying efficiency, ultra-low wind resistance, and does not generate secondary pollution in use, and has long service life, low manufacturing cost, wide application range, and is safe and reliable. DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following: (1) a dust collecting electric field module (2) a micro-electrostatic integrated device; and (3) a dust collecting electric field module manufacturing method. DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a graphene multi-pole bending force superimposed conductive electrode sheet for a dust collecting electric field module of a micro-electrostatic integrated device. Base body (1) Conductive layer (2) Covering film layer (3) Air flow channel (4) Guide electrode sheet (10)