Aluminum Heat Reflect Fiberglass Hose with anti-static function

The Aluminum Heat Reflect Fiberglass Hose on the current sales market is a veritable responder to today's low-carbon and environmentally friendly products. The quality is not only environmentally friendly and energy-saving, but it can also resist electrostatic induction.

Aluminum Heat Reflect Fiberglass Hose surrounds components, circuits, assemblies, cables or all comprehensive interference sources to prevent the interference electromagnetic field from spreading; surrounds receiving circuits, equipment and systems to prevent them from being affected by The influence of external electromagnetic fields is due to the application of braided network tubes, which absorb energy, reflect surface kinetic energy and offset kinetic energy currents on external interference electromagnetic waves and internal electromagnetic waves from transmission lines, cables, components, power circuits or devices. The presence of a reverse electromagnetic field on the braided network tube layer can offset part of the effect of interfering electromagnetic waves. Therefore, the use of braided network tubes has the effect of weakening interference. How does this achieve the anti-static function?
1. When the number of interference electromagnetic fields is large, the vortex generated in the process of using low-resistance metal composite materials will produce the attenuation effect of the electromagnetic waves opened to the outside, so as to achieve the effect of using Aluminum Heat Reflect Fiberglass Hose insulation layer.
2. When the number of interference electromagnetic waves is relatively low, materials with high magnetization intensity should be used, so that the magnetic field lines are limited to the internal structure of the telescopic Aluminum Heat Reflect Fiberglass Hose to avoid spreading to the use of Aluminum Heat Reflect Fiberglass Hose space to go.
3. In some cases, if it is necessary to use Aluminum Heat Reflect Fiberglass Hose to have a better effect on both high-frequency and low-frequency electromagnetic fields, different types of gold materials are usually used to form a double-layer application, and aluminum is used to resist electrostatic induction. Heat reflective fiberglass hose is the smart choice.