Flame Retardant FTTH Fiber Optic Cable for High Rise Building

Flame retardant FTTH fiber optic cable for high-rise buildings is a special safety-type optical cable developed for the high-standard fire prevention and wiring requirements of high-rise residential and commercial buildings. High-rise buildings have dense personnel, complex line distribution, and high fire hazard, which put forward extremely strict requirements on the fire resistance and safety of indoor wiring cables. This flame retardant optical cable breaks through the performance limitations of ordinary optical cables, adopting professional flame-retardant formula materials and optimized structural design, which can effectively prevent flame spread, resist high-temperature baking, and avoid fire expansion caused by cable combustion, fully meeting the fire safety specifications of high-rise building weak current engineering.

The core advantage of this cable lies in its excellent flame retardant and fireproof performance. The outer sheath and internal filling materials are made of high-efficiency halogen-free low-smoke flame-retardant materials, which have self-extinguishing characteristics after leaving the fire source. In case of indoor fire accidents, the cable will not burn continuously or spread flames, and will not produce a large amount of smoke and toxic halogen gas, which can effectively reduce fire loss and avoid secondary pollution and personnel poisoning caused by cable combustion. At the same time, the high-temperature resistance of the material ensures that the cable will not melt and crack in a short-term high-temperature environment, maintaining the basic integrity of the line and providing conditions for emergency communication and fire rescue in high-rise buildings.

In addition to outstanding fire safety performance, this flame retardant FTTH cable retains excellent transmission and laying performance. It uses high-precision optical fiber core with stable bandwidth and low loss, supporting long-term stable transmission of high-speed network signals required by high-rise building residents and office users. The cable is flexible and easy to lay, adapting to vertical shaft wiring, horizontal floor wiring, and wall concealed wiring of high-rise buildings. It has strong compression resistance and tensile resistance, and can adapt to the complex wiring environment of dense lines in high-rise buildings. It is a mandatory standard configuration product for FTTH network construction in modern high-rise buildings, balancing safety, stability and practicability perfectly.