
LSZH (Low Smoke Zero Halogen) FTTH fiber optic cable is a specialized optical communication cable designed exclusively for fiber-to-the-home deployment scenarios, focusing on environmental safety, fire resistance, and stable signal transmission in residential and commercial building wiring systems. The core feature of this cable lies in its advanced LSZH sheath material, which completely eliminates halogen elements such as chlorine and bromine contained in traditional PVC cable sheaths. When exposed to high temperatures or open flames, the cable will not produce toxic, corrosive halogen gas or dense black smoke, effectively avoiding secondary pollution and equipment corrosion during fire accidents. Meanwhile, its low smoke emission characteristic ensures that emergency evacuation routes remain visible in fire scenarios, greatly improving the safety level of building fire protection and meeting strict international environmental and fire safety standards for indoor and outdoor communication wiring.
In terms of structural design, the LSZH FTTH fiber optic cable adopts a lightweight, compact and flexible structure suitable for short-distance user access wiring. The internal optical fiber core adopts high-purity silica material, which ensures ultra-low signal attenuation and stable optical transmission performance, meeting the long-term and high-frequency data transmission needs of home broadband, smart home systems, and community public network coverage. The cable body has excellent tensile, compressive and bending resistance, adapting to complex wiring environments such as wall threading, pipeline laying and indoor corner wiring. It will not cause optical fiber fracture or signal loss due to small-radius bending or external slight extrusion during construction and daily use.
This type of fiber optic cable has a wide range of application scenarios, covering residential building FTTH access, office building indoor communication wiring, shopping mall and hotel network layout, and indoor wiring of public infrastructure such as schools and hospitals. Compared with ordinary optical cables, its environmental protection and safety advantages make it the preferred product for high-standard green building communication engineering. It features long service life, stable chemical performance, no aging embrittlement in long-term indoor environment, and zero pollution to the surrounding environment, fully complying with the sustainable development requirements of modern communication infrastructure construction, and providing safe and reliable basic guarantee for end-user optical network access.Read recommendations:
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