Ensuring the safety and reliability of lines in power transmission and distribution systems is critical, and the JBG Series

Dead End Clamps, designed for Low Voltage (LV) ABC lines and suitable for use in systems with insulated neutral conductors,

provide an efficient and reliable termination solution for power transmission.

Product Features
1\. Compact design to protect insulation

JBG series dead end clamps are made of cast aluminum alloy body with self-adjusting plastic wedges. This unique design

can automatically adjust the pressure when fixing the wire, to ensure that the wire in the force at the same time, the insulation

layer will not be damaged in any way. This protection of the insulation layer not only extends the service life of the line,

but also reduces the risk of short-circuiting due to damage to the insulation layer and improves the safety of the system.
2\. Corrosion Resistant, Ageing Resistant

All fixture components are made of corrosion-resistant materials. Both the aluminum alloy body and the plastic wedges

are strictly selected and processed to withstand the effects of harsh environments. These components are not only

corrosion-resistant, they are also resistant to ultraviolet (UV) radiation and the elements. This means that whether in humid

coastal areas or in arid zones with strong sunlight, the JBG series dead-end clamps will maintain their performance and

ensure the long-term stable operation of the line.
3\. Adaptive Design, Easy Installation

The self-adjusting plastic wedge design of JBG series dead end clamps enables them to adapt to wires of different cross-section areas.

This adaptive feature greatly simplifies the installation process and reduces installation errors caused by mismatched wire sizes.

Installers can quickly install the clamps without the need for complicated adjustments, increasing work efficiency and reducing

installation costs.
4\. High Strength, High Reliability

Aluminum casting body not only provides sufficient mechanical strength, but also ensures the stability of the fixture during

long-term use. This high-strength material maintains the structural integrity of the fixture under a variety of loading conditions,

ensuring that the conductors are firmly secured and will not loosen due to external forces or vibration. This high reliability

design provides a solid guarantee for the stable operation of the power system.
Application Scenario

JBG series dead end clamps are widely used for terminal fixing of low voltage ABC lines. Whether it is a new line or a line

reconstruction project, this clamp provides a reliable solution. It is suitable for a wide range of environmental conditions,

including urban grids, rural distribution networks and power transmission systems in industrial areas. By using the JBG Series

Dead End Clamp, utilities can effectively improve line safety and reliability, reducing maintenance costs and outage time.
Why JBG Series Dead End Clamps?

By choosing JBG Series Dead End Clips, you will gain the following advantages:
- Excellent insulation protection: Ensure that the insulation layer of the conductor is not damaged, extending the service life of the line.

- Corrosion and aging resistance: maintains performance in a variety of harsh environments, reducing maintenance requirements.

- Adaptive design: Simplifies the installation process and increases efficiency.

- High strength and reliability: Ensure the stability of the line in long-term operation.

In the field of power transmission and distribution, JBG series dead-end clamps have become the ideal choice for low-voltage

line terminal fixing due to their excellent design and performance. We are committed to providing customers with high-quality

products and professional technical support to help you build a safer and more reliable power system. Choose

JBG series dead end clamps for your power network!
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Contact Us

For more product information or technical support, please feel free to contact us. We look forward to working with you to

promote the safety and efficiency of power systems.