The high temperature stability of flame retardant wire is mainly achieved through its special material and structural design.

First of all, flame retardant wires are made of flame retardant materials, which have high temperature stability and fire resistance, and can still maintain the integrity and insulation properties of the wires at high temperatures and even in the case of flame barbecue. Flame-retardant materials can not burn immediately when subjected to high temperatures, but can resist the spread of the flame, thereby slowing the spread of the fire.

Secondly, the structural design of flame retardant wire also plays an important role in its high temperature stability. For example, increasing the thickness of the insulation layer, the use of high temperature resistance filler, etc., these measures can improve the fire resistance of the wire. In the case of flame barbecue, these structural designs can effectively protect the conductors and insulation of the wires, preventing them from being burned or damaged.

In addition, the flame retardant wire also uses a special production process and manufacturing technology to ensure its high temperature stability. These technologies and processes can effectively improve the quality and reliability of the wire, so that it can still work normally under high temperature environment.

It should be noted that although the flame retardant wire has high temperature stability, it still needs to strictly comply with the relevant safety regulations in actual use. In the event of a fire, fire extinguishing measures should be taken in time and the fire department should be contacted as soon as possible. At the same time, regular maintenance and inspection of flame retardant wires is also one of the important measures to ensure their safe operation.

The structure design of flame retardant wire plays an important role in its high temperature stability. The following are some specific explanations about the effect of flame retardant wire structural design on high temperature stability:

1. Insulation layer design: The insulation layer of flame retardant wire is usually made of flame retardant material, which can remain stable at high temperatures and is not easy to burn. The choice of insulation layer thickness and material will directly affect the high temperature stability of the wire. Reasonable insulation layer design can prevent the transmission of heat and flame to a certain extent, and protect the conductor inside the wire from damage.

2. Sheath design: The sheath of flame retardant wire also plays an important protective role. The sheath is generally made of high-temperature and corrosion-resistant materials, which can effectively resist the erosion of the external environment. At the same time, the tightness and thickness of the sheath will also affect the high temperature stability of the wire. A tight and moderately thick sheath can effectively isolate heat and flame, extending the service life of the wire.

3. Filler design: In some flame retardant wires, some high temperature resistant filler will be added to increase the stability and flame retardant performance of the wires. These fillings are usually inorganic materials or special high temperature stabilizers, which are stable at high temperatures, not easy to burn, and can effectively stop the spread of flames.

In general, the structural design of flame retardant wires can effectively improve the high temperature stability of wires by using high temperature resistant materials, increasing the thickness of insulation layer and sheath, and adding high temperature resistant filler and other measures. These designs enable flame-retardant wires to maintain normal operation in high temperature environments, reducing the possibility of fire and protecting people's lives and property.

Qingdao Tianxing Cable Co., Ltd. focuses on the production of customized wire and cable manufacturers, main: fire wire and cable, power cable, control cable and other products, exported to more than 40 countries and regions around the world, the annual production capacity of 1 billion yuan. 6000 square meters of storage, standing hundreds of millions of inventory, order demand for rapid distribution and delivery, large prices more favorable.