1. Traditional flame-retardant cables exhibit lower levels of acid gas and smoke, significantly enhancing their flame-retardant properties. Particularly during combustion, with water spray and mechanical impact vibrations, the cables can still maintain the integrity of the circuit (i.e., the circuit can operate normally).

2. Compared to non-organic mineral insulated cables, there are also the following significant advantages:

The newly developed fire-resistant and flame-retardant cables, utilizing twisted or stranded structures, significantly enhance the clarity and speed of data transmission.

b. With the adoption of a shielding structure, the anti-interference performance has been significantly enhanced, particularly reducing attenuation by 30-35 dB within the frequency range of 1-100 MHz.

c. Due to the significantly reduced capacitance between cores and between cores and shields in the newly developed cables, longer lengths of cable can be used in fire alarm circuits, unrestricted by installation length. Here, the low capacitance of the cable is a highly valuable performance parameter during installation.