Structure and electrostatic effects of Tinned Copper Braided Sleeve

Because of its structure, it is very conducive to the easy dispersion of heat and ambient humidity, and it also facilitates future installation, operation and maintenance work, and future cable evaluation. And the raw materials used for the Special Material Braided Sleeve material are abrasion-resistant woven, soft polyester, and single fiber Jeansweis, which have high elasticity, flexibility and insulation properties. In addition, this product has strong self-extinguishing properties. After being reduced, it can be extended to 3 times the diameter, so it can be used to match cable tolerances and can be used in electronic wiring harness apertures in various nightclubs.

Tinned Copper braided sleeve is lightweight, highly elastic, easy to roll, can be easily fixed to cables, and can be used in most forms.
The characteristics of Tinned Copper Braided Sleeve are that it has good toughness, is easy to bend, can be tightly packed, is easy to operate the wire, and has good flexibility, toughness and wear resistance.
Tinned Copper Braided Sleeve is widely used in host power supplies, cables, machinery and equipment and other fields.
Only by having a deeper understanding of the performance and functions of Special Material Braided Sleeve can we use them properly.
The Special Material Braided Sleeve on the current market are a veritable responder of today's low-carbon and environmentally friendly products.
Tinned Copper Braided Sleeve surrounds the interference source of components, power circuits, assemblies, cables or the entire system to prevent the interference electromagnetic field from spreading; it surrounds the receiving power circuits, equipment and system software to prevent them from being affected by external electromagnetic fields. impact. Due to the use of Special Material Braided Sleeve, the external interference electromagnetic waves from power lines, cables, components, power circuits or devices and the internal electromagnetic waves absorb energy, reflect surface energy and offset the magnetic effect of the kinetic energy current. The use of Special Material Braided Sleeve layers The reverse electromagnetic field generated on the sleeve can offset part of the interference electromagnetic wave effect, so the use of Special Material Braided Sleeve has the effect of weakening the interference. So what exactly produces the effect of reducing static electricity?
1. When the number of interference electromagnetic fields is large, the vortex generated during the use of low-resistance metal composite materials will produce a reduction effect on external electromagnetic waves, so as to achieve the effect of applying a Special Material Braided Sleeve insulation layer.
2. When the number of interference electromagnetic waves is relatively low, materials with high magnetization intensity should be used to limit the magnetic field lines to the internal structure of the Special Material Braided Sleeve and prevent them from spreading to the space of the Special Material Braided Sleeve.
3. In some cases, if Special Material Braided Sleeve with better effects on both high-frequency and low-frequency electromagnetic fields are needed, different gold materials are often used to form double layers to reduce static electricity, which is a wise choice for Special Material Braided Sleeve.