1¡¢ High temperature resistance
High temperature cables, literally, have a strong ability to withstand high temperatures, and this is also true in practice. High temperature cables use a new type of casing material, which greatly improves their high temperature resistance compared to traditional cables. The working environment of cables can sometimes be quite harsh, such as outdoor exposure to sunlight, deep burial of land, etc. The surrounding environment can be relatively high, which can easily lead to unstable cable data transmission and inconvenience to people. However, high-temperature cables can effectively prevent this, and their strong insulation and high temperature resistance can ensure that cables can work normally in high-temperature environments.
2¡¢ Long service life
After being used for a period of time, ordinary cables are prone to aging, which has reduced various performance parameters of cables at different levels. However, high temperature cables have strong anti-aging ability due to their advanced manufacturing technology, which can be used for a long time without aging, and improve the service life of cables as a whole.
3¡¢ Strong corrosion resistance
Due to the harsh operating environment of cables, there may be various corrosive gases and liquids outside that may affect the normal operation of cables and cause corrosion to the cable shell, resulting in poor data transmission of internal optical fibers. However, high temperature cables have super corrosion resistance, which can prevent damage to cables caused by corrosive substances to a large extent, so that * * * cables can operate normally and efficiently.
4¡¢ Flame retardancy of ******
Another significant characteristic of high-temperature cables is their flame retardancy. Ordinary cables, due to the use of rubber as the casing manufacturing material, are prone to ignition in the event of a fire, causing damage to the cable itself. However, the flame retardancy of high-temperature cables can prevent them from being extinguished, greatly reducing the level of equipment damage in the event of a fire.
