Materials And Manufacturing Processes Of High-performance Wedge-shaped Tension Clamps In Optical Fibers And Overhead Lines

The high glass fiber content of the engineering plastic composite makes fiber optic dead end clamp stable in the face of external forces and environmental stresses. The PA66 matrix, as a thermoplastic polymer, possesses excellent mechanical support properties, while the glass fiber reinforcement significantly improves dimensional stability and rigidity, making it easier to form precise wedge structures during the injection molding stage of fixed dead end clamp.

Regarding the equipment of dead end clamp, standard industrial designs often employ a combination of open conical bodies, plastic wedges, and flexible connectors to support the multi-size adaptation needs of cables. The inherent high modulus, abrasion resistance, and environmental durability of nylon and glass fiber composites directly impact the long-term stable operation of aerial optical cables, especially in ADSS or OPGW applications.