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OPGW Suspension Clamp

The OPGW suspension clamp is used to hang and support the optical cable on suspension towers. This clamp effectively transfers axial loads and distributes radial stresses, thereby providing excellent protection for the optical cable and preventing issues such as excessively small bending radii and stress concentrations.

OPGW Suspension Clamp

The OPGW suspension clamp is used to hang and support the optical cable on suspension towers. This clamp effectively transfers axial loads and distributes radial stresses, thereby providing excellent protection for the optical cable and preventing issues such as excessively small bending radii and stress concentrations.

OPGW Suspension Clamp

The OPGW suspension clamp is used to hang and support the optical cable on suspension towers. This clamp effectively transfers axial loads and distributes radial stresses, thereby providing excellent protection for the optical cable and preventing issues such as excessively small bending radii and stress concentrations.

OPGW Tension Clamp

The OPGW optical cable strain clamp is primarily used to connect optional optical cables with a breaking strength below 160 kN to strain towers and terminal towers.

OPGW Tension Clamp

The complete OPGW optical cable strain clamp assembly includes: an outer-layer helical armored rod, an inner-layer helical armored rod, matching connecting components, and a grounding wire, among other elements.

OPGW Tension Clamp

The OPGW optical cable strain clamp is primarily used to connect optional optical cables with a breaking strength below 160 kN to strain towers and terminal towers.

OPGW Tension Clamp

The OPGW optical cable strain clamp is primarily used to connect optional optical cables with a breaking strength of less than 160 kN to strain towers and terminal towers.

ADSS Suspension Clamp

The ADSS suspension clamp is designed to hang and support optical cables on suspension towers. This clamp effectively transfers axial loads, distributes radial stresses, and provides robust protection for the cable, preventing issues such as excessively small bending radii and stress concentrations.

ADSS Suspension Clamp

The ADSS suspension clamp is designed to hang and support optical cables on suspension towers. This clamp effectively transfers axial loads, distributes radial stresses, and provides robust protection for the cable, preventing issues such as excessively small bending radii and stress concentrations.

ADSS Suspension Clamp

The ADSS suspension clamp is designed to hang and support optical cables on suspension towers. This clamp effectively transfers axial loads, distributes radial stresses, and provides robust protection for the cable, preventing issues such as excessively small bending radii and stress concentrations.

ADSS Tension Clamp

The ADSS optical cable strain clamp is primarily used to connect ADSS optical cables with tension towers, angle towers, and terminal towers.

ADSS Tension Clamp

The ADSS optical cable strain clamp is primarily used to connect ADSS optical cables to strain towers, angle towers, and terminal towers.

ADSS Tension Clamp

The ADSS optical cable strain clamp is primarily used to connect ADSS optical cables with strain towers, angle towers, and terminal towers.

High-Voltage Cable Fixing Clamp, JGW Series

High-voltage cable clamps are primarily used in substations, cable trenches, or cable trays—places where high-voltage power cables require essential fixing and support.

High-Voltage Cable Fixing Clamp, JGP Series

High-voltage cable clamps are primarily used in substations, cable trenches, or cable trays to securely fasten and support high-voltage power cables.

Epoxy-Insulated Parallel Groove Clamp with Insulating Cover (JB JBL)

The alien-type parallel groove clamp is primarily used in overhead lines to achieve parallel splicing, branch connections, or grounding between different conductors.

Epoxy-Insulated Parallel Groove Clamp and Insulating Cover (JB JBL)

The alien-type parallel groove clamp is primarily used in overhead lines to achieve parallel splicing, branch connections, or grounding between different conductors.

Epoxy-Immersed Groove Clamp and Insulating Cover (JB JBL)

The alien-type parallel groove clamp is primarily used in overhead lines to achieve parallel splicing, branch connections, or grounding between different conductors.

Insulated Piercing Grounding Clamp

The insulating piercing grounding clamp is characterized by its piercing teeth, which can penetrate the insulation layer of the conductor when the tightening bolt is applied, establishing an electrical connection with the conductor—eliminating the need to strip the insulation beforehand.

Insulated Piercing Grounding Clamp

The insulating piercing grounding clamp is characterized by its piercing teeth, which can penetrate the insulation layer of the conductor when the tightening bolt is applied, establishing an electrical connection with the conductor—eliminating the need to strip off the insulation beforehand.

Rod-style aluminum alloy body

The NXJ series products are strain clamps specifically designed for four-core bundled insulated conductors. Their unique structural feature allows a single clamp body to securely fasten four wires simultaneously, effectively balancing and distributing the line tension.

The board-style body is made of weather-resistant engineering plastic.

The NXJ series products are strain clamps specifically designed for four-core bundled insulated conductors. Their unique structural feature allows a single clamp body to securely fasten four wires simultaneously, effectively balancing and distributing the line tension.

Aluminum Alloy Tension Clamp NLL-5

This product features a bolt-fastening design, with the main body cast from aluminum alloy material, combining both structural strength and excellent corrosion resistance.

Aluminum Alloy Tension Clamp NLL

This product features a bolt-fastening design, with the main body cast from aluminum alloy material, combining both structural strength and excellent corrosion resistance.