Intended to butt-splice two conductors on tension pole, play an electrical connection role, not bear co…
The tension Dead-end for adss cable is intended for turning angle, continuing and terminal connecting. The helical aluminum-clad steel rod has strong tensile strength, no concentrative stress, plays a role to protect cable and assist reducing vibration. The whole set of cable tension hardware contains armor rod, matching connection …
The tension Dead-end is intended for turning angle, continuing and terminal connecting. The helical aluminum clad steel rod has strong tensile strength, no concentrated stress, plays a role to protect cable and assist reducing vibration. The whole set of cable tension clamp contains the structural reinforcing rod, outer rod, matchi…
The tension dead-end is intended for turning angle, continuing and terminal connecting. Helical aluminum clad steel rod has strong tensile strength, no concentrated stress, plays a role to protect cable and assist reducing vibration. The whole set of cable tension hardware contains: structural reinforcing rod, outer rod (dead end), …
The tangent suspension clamp for ADSS is intended to connect ADSS cable on straight-line poles. With no concentrated stress and avoiding a bending-stress, the clamp may play a role to protect cable and assist reducing vibration. The whole set of suspension clamp contains: suspension clamp, matching connection hardware.…
Suspension clamp of ADSS single armor rod is intended to connect ADSS on straight-line pole. With no concentrated stress and avoiding a bend stress, the armor rod clamp may play a role to protect cable and assist reducing vibration. The whole set of suspension clamp contains: armor rod, suspension clamp, and matching connecti…
Double suspension clamp for ADSS, adopting double-layer design, is consisted of structural reinforcing rod/outer rod (dead end) in proper size and length, intended to pass axial load and disperse radial stress, to reach its inner reinforcing units through plastic jacket, so as not to impair the plastic jacket or inner optical fiber…
