Structure and electrostatic function of Aluminum Heat Reflect Fiberglass Hose

Because of its structure, it is very conducive to the easy dispersion of heat and humidity, and is also conducive to future installation and maintenance work, and future cable evaluation. And the raw material used in the Aluminum Heat Reflect Fiberglass Hose material is abrasion-woven, soft polyester, single fiber Jeansweis, which has high elasticity, flexibility and insulation properties. In addition, this product has high self-extinguishing properties. After shrinking, it can be extended to 3 times the diameter, so it can be used in the matching specifications of cables and can be used in various vehicle wiring harness diameters.

Aluminum Heat Reflect Fiberglass Hose is lightweight, highly elastic, easy to roll, can be easily fixed on cables, and can be used in any shape.
The characteristics of Aluminum Heat Reflect Fiberglass Hose are that it has good flexibility, is easy to bend, can be tightly packed and easy to operate, and has excellent flexibility, ductility and wear resistance.
Aluminum Heat Reflect Fiberglass Hose is widely used in computer chassis power supplies, cables, mechanical equipment and machinery and equipment.
Only by further understanding the characteristics and functions of Special Material Braided Sleeve can we make good use of it.
In today's market, Aluminum Heat Reflect Fiberglass Hose is a well-deserved responder of today's low-carbon and environmentally friendly products.
The Aluminum Heat Reflect Fiberglass Hose body surrounds the interference source of components, power circuits, components, cables or the entire system, blocking the spread of interference electromagnetic fields; it surrounds receiving power circuits, equipment or systems to block them Accept the influence of external electromagnetic fields. Due to the use of Special Material Braided Sleeve, the magnetic effects of absorbing kinetic energy, reflecting surface kinetic energy and counteracting kinetic energy currents are absorbed by external interference electromagnetic waves and internal electromagnetic waves originating from transmission lines, cables, components, power circuits or systems, etc. In special applications The reverse electromagnetic field generated on the knitted sleeve layer can offset part of the effect of interfering electromagnetic waves, so the use of Special Material Braided Sleeve has the effect of weakening the interference. So how does it reduce electrostatic induction?
1. When the number of interference electromagnetic fields is high, the vortex formed in the low-resistance metal composite material is used to create a counteracting effect of the open electromagnetic waves, thereby achieving the effect of using a Special Material Braided Sleeve insulation layer.
2. When the number of interference electromagnetic waves is low, materials with high magnetization intensity should be used to limit the magnetic lines inside the Special Material Braided Sleeve and prevent them from spreading to the space where the Special Material Braided Sleeve are used.
3. In some cases, if it is required to have good application effect of Special Material Braided Sleeve on both high-frequency and low-frequency electromagnetic fields, different gold materials are usually used to form a double-layer application, which is a good choice for using Special Material Braided Sleeve to reduce electrostatic induction.