XLPE Insulated Aluminum Alloy Core Power Cable

Aluminum alloy power cable adopts 8000 series aluminum alloy conductor and
combines it with advanced production technology to form a new type of power
cable. It makes up for the shortcomings of traditional pure aluminum cables,
and the bending performance, creep resistance and corrosion resistance have
been significantly improved. The AA-8030 series aluminum alloy conductor
improves the conductivity and high temperature resistance, and effectively
solves the creep problem. The conductivity of aluminum alloy is about 61.8% of
copper, the current carrying capacity is 79% of copper, and the weight is only
one-third of copper, which reduces installation costs and reduces equipment
wear.
The main types of aluminum alloy power cables are: YJLHV, YJLHV22, YJLHY,
YJLHS, YJLHVS2, YJLHVS3, YJHLV8, TC90, AC90, ACWU90.
The aluminum alloy conductor independently developed by our company is creep-
resistant, highly flexible, has stable connection, strong ductility, and low
rebound. Compared with pure aluminum conductors, it not only has excellent
economic performance but also has excellent mechanical properties, safety
performance, connection performance and other characteristics.
XLPE Insulated Aluminum Alloy Core Power Cable Widely Use:
This product can be used as
wind power cable:
Features: high temperature resistance and corrosion resistance.
Solar power cable:
Features: excellent conductivity and UV resistance.
Building cable:
Features: lightweight design.
Industrial equipment cable:
Features: high wear resistance and creep resistance.
Power transmission cable:
Features: good conductivity and low power loss.
Infrastructure cable:
Features: strong pressure resistance and anti-interference ability.
Communication cable:
Features: excellent electromagnetic compatibility.
Shenxing power Cable Advantage：
Good economy: Under the premise of achieving the same electrical performance,
the direct purchase cost of aluminum alloy cable is 40% lower than that of
copper cable; general buildings can save more than 30% of installation and
construction costs, and large-span buildings can save more than 40%.
Small laying space: Aluminum alloy cables are processed by wire twisting
process or compact twisting and special annealing process to "squeeze" the gaps
in the aluminum alloy conductors and reduce the cable laying space.

High creep resistance: Aluminum alloy cables use special alloy formulas and
heat treatment processes to greatly reduce the "creep" tendency of metals under
heat and pressure, making the electrical connection of alloy conductors as
stable as that of copper conductors.

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