The steel wire of the optical cable is phosphatized, and the surface is gray black. Such steel wire does not increase hydrogen loss, rust, and has high strength after cabling. Phosphated steel wire, as the reinforcing member of cable core in the production of optical cable, can enhance the mechanical performance of optical cable and is widely used in the field of optical cable

Galvanized steel wire is a kind of steel wire product with zinc coating on its surface. It has many advantages, such as strong antirust function, small friction coefficient between steel wires, high hardness, strong bearing capacity and good wear resistance. It greatly extends the service life of steel wire and is also widely used in the field of optical cables.

Galvanized steel wire is a kind of steel wire product with zinc coating on its surface. It has many advantages, such as strong antirust function, small friction coefficient between steel wires, high hardness, strong bearing capacity and good wear resistance. It greatly extends the service life of steel wire and is also widely used in the field of optical cables.

The steel wire of the optical cable is phosphatized, and the surface is gray black. Such steel wire does not increase hydrogen loss, rust, and has high strength after cabling. Phosphated steel wire, as the reinforcing member of cable core in the production of optical cable, can enhance the mechanical performance of optical cable and is widely used in the field of optical cable

The steel wire of the optical cable is phosphatized, and the surface is gray black. Such steel wire does not increase hydrogen loss, rust, and has high strength after cabling. Phosphated steel wire, as the reinforcing member of cable core in the production of optical cable, can enhance the mechanical performance of optical cable and is widely used in the field of optical cable

The steel wire of the optical cable is phosphatized, and the surface is gray black. Such steel wire does not increase hydrogen loss, rust, and has high strength after cabling. Phosphated steel wire, as the reinforcing member of cable core in the production of optical cable, can enhance the mechanical performance of optical cable and is widely used in the field of optical cable

The steel wire of the optical cable is phosphatized, and the surface is gray black. Such steel wire does not increase hydrogen loss, rust, and has high strength after cabling. Phosphated steel wire, as the reinforcing member of cable core in the production of optical cable, can enhance the mechanical performance of optical cable and is widely used in the field of optical cable

Galvanized steel wire is a kind of steel wire product with zinc coating on its surface. It has many advantages, such as strong antirust function, small friction coefficient between steel wires, high hardness, strong bearing capacity and good wear resistance. It greatly extends the service life of steel wire and is also widely used in the field of optical cables.

The steel wire of the optical cable is phosphatized, and the surface is gray black. Such steel wire does not increase hydrogen loss, rust, and has high strength after cabling. Phosphated steel wire, as the reinforcing member of cable core in the production of optical cable, can enhance the mechanical performance of optical cable and is widely used in the field of optical cable

The steel wire of the optical cable is phosphatized, and the surface is gray black. Such steel wire does not increase hydrogen loss, rust, and has high strength after cabling. Phosphated steel wire, as the reinforcing member of cable core in the production of optical cable, can enhance the mechanical performance of optical cable and is widely used in the field of optical cable

Galvanized steel wire is a kind of steel wire product with zinc coating on its surface. It has many advantages, such as strong antirust function, small friction coefficient between steel wires, high hardness, strong bearing capacity and good wear resistance. It greatly extends the service life of steel wire and is also widely used in the field of optical cables.

The steel wire of the optical cable is phosphatized, and the surface is gray black. Such steel wire does not increase hydrogen loss, rust, and has high strength after cabling. Phosphated steel wire, as the reinforcing member of cable core in the production of optical cable, can enhance the mechanical performance of optical cable and is widely used in the field of optical cable