Electromagnetic shielding sandwich braided rope, preparation method and application thereof
An electromagnetic shielding and braided rope technology, applied in the manufacture of cables/conductors, power cables with shielding/conducting layers, circuits, etc. and shielding effectiveness, flexibility and durability improvement, and the effect of improved shielding effectiveness
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[0027] The preparation method of the electromagnetic shielding sandwich braided rope provided by the present invention includes an electromagnetic core layer and an outer braided layer; the electromagnetic core layer includes a fiber-based linear material and a conductive material and a magnetic material loaded on the surface of the fiber-based linear material; The electromagnetic shielding sandwich braided rope is obtained by braiding the electromagnetic core layer and the outer braided layer through an 8-32-spindle rope braiding process. The shielding layer with different functions is braided and wrapped into a rope by core-spun braiding, and a composite shielding braided rope with high strength and wear resistance can be prepared. The composite shielding braided rope has good flexibility and shielding performance, and can be used in flexible and durable Preparation of wearing shielding fabric.
[0028] The fiber substrate is preferably cotton fiber non-woven fabric; the con...
Embodiment 1
[0037] This example provides an electromagnetic shielding sandwich braided rope based on braiding technology. The sandwich layer is a composite of a cotton fiber non-woven fabric core layer with a conductive and magnetically conductive coating. Pyrrole conductive polymer, and spray nano-Fe on the surface 3 o 4 Composite to obtain a composite shielding conductive fiber core layer. The outer weaving yarn is silver-plated nylon yarn, and the braided sandwich shielding rope is obtained by weaving the cotton fiber-based shielding fiber core layer with a 16-spindle rope knitting machine. Specifically include the following steps:
[0038] S1. By placing the cotton fiber non-woven fabric strip in the pyrrole monomer solution, polypyrrole is polymerized in situ on the surface of the cotton fiber by dropping an oxidizing agent, so that an effective conductive path can be formed on the surface of the cotton fiber, such as figure 1 Shown in (a). Using a low-aperture high-pressure spra...
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