VP metall Jumper Terminal and Dead End on transmission power line

WHY IMPLOSIVE SPLICING?

Advantages

The advantages of utilizing implosive splicing technology are significant. This system offers several benefits, including consistently high-quality jointing results, easy verification of correct conductor installation (with only radial deformation), and optimal and compact compression and connection. By using this system, there's no need to buy, use, maintain, store, or transport hydraulic presses or other crimping tools.

Installation implosive connector on power line

Reduced installation time

The implosion sleeves offer a quick and easy installation process, reducing transmission power line installation time compared to traditional equipment.

Implosive connector detonating on power line

Better compression quality

Implosive splicing products for high voltage conductors are assembled with explosives instead of hydraulic pressing, resulting in extremely high compression quality and long service life. This makes them an excellent choice for transmission powerline construction and power line repairs.

Save labor cost

Traditional crimping methods for transmission line conductors often require multiple steps and specialized equipment, which can be time-consuming and labor-intensive. Implosive connectors, on the other hand, can be installed quickly with explosions without the need for specialized hydraulic crimping tools or equipment. Additionally, implosive connectors are often more reliable, which can help to reduce maintenance costs over time.

Adaptable

Adaptable to all types of conductors used in overhead power lines.

The products can be applied on different conductor types, such as AAC, ACSR, AACSR & AAAC, and OPGW no matter whether the transmission powerlines are dry or fully greased. They have been developed for all standard overhead powerline types.
Overall, implosion jointing technology provides a reliable and efficient solution for high-voltage conductor splicing that can improve the performance and longevity of transmission power lines.