1.Poor rigidity, but excellent flexibility 2.Strong tensile strength, which is useful for self-supporting overhead laying and traction laying of the vertical pipe. the optical cable can be laid by the shaft and channel of the building available and laid directly on the outer wall of the building 3

1.Strong rigidity, but poor flexibility. 2. Strong tensile strength, which is useful for self-supporting overhead laying and tractive laying of the vertical pipe. Moreover, the optical cable can be laid by the shaft and channel of the building available and laid directly on the outer wall of the b

·Special low-bend-sensitivity fiber provides high bandwidth and excellent communication transmission property; ·Two parallel steel wire strength members ensure good performance of crush resistance to protect the fiber; ·Simple structure, light weight and high practicability; .special tube fill

1.Poor rigidity, but excellent flexibility. 2.It can be laid with the weak current pipe in the same trench without introduction of the sensing current. 3.The reinforcing member can be non-metal FRP and KFRP (optional). 4.The outer sheaths prepared from low-smoke halogen-free material and the fl

- Tightly-jacketed fiber for easy peel-off use - Good flame-retardant properties of tight-fit fibers - Aramid reinforcement for excellent tensile strength of optical cables - The outer protection material is corrosion-resistant, waterproof, UV-proof, flame-retardant and environment-friendly.

Stranded optical cable structure, non-metallic center reinforced core, so that the optical cable can withstand greater tension High density, large capacity and compact structure of optical fiber The external protection material is corrosion-resistant and waterproof. Anti UV, flame retardant, envir

1. Advanced production process 2. Excellent peeling performance 3. Excellent high and low temperature performance 4. Suitable for different types of fiber: multimode fiber (g.651), single-mode fiber (G.652), non-zero dispersion displacement fiber (G.655) 5. A variety of tight sleeve optical fibe

Tight sleeve optical fiber is used for easy stripping Tight fiber has good flame retardant performance The aramid reinforced elements make the optical cable have excellent tensile properties The Figure-8 structure sheath is easy to strip and use The external protection material has the advantage

Tight sleeve optical fiber is used for easy stripping Tight fiber has good flame retardant performance The aramid reinforced elements make the optical cable have excellent tensile properties The external protection material has the advantages of corrosion resistance, water resistance, UV protecti