1.Material:ASTM A572,S355,Q235,Q345 or equivalent Internation
standard
2.Voltage:10KV,110KV,132KV,220,500KV,or other
3.Serive Lifetime:>30 years
4.Type test and damage test: accepted
5.Welding method:CO2 welding or Submerged arc auto welding
6.OEM service: available
The products made by us is high resisitivity against heat ,humidity
,moisture, water etc. Owning to use the rare earth special craft
during the production process, to ensure its high precise, good
quality and competitive advantage. Meanwhile, we can accept the
product type damage test to ensure the high safe factor of our
products. Because of good quality and competitive price caused by
innovation and management reform, experienced service in
fabrication ,design, installment, consultancy, we have built
long-term relationship with many countries, such as America
,Morocco,Sir Lanka ,Russia, Jordan,Guyana,Nigeria, Australia,
Spain, Indonesia, Singapore, the Philippines, Kenya,etc.
| Product name | 18m Q235 hot dip galvanized electrical power pole for electric line |
| Material | ASTM A572,S355,Q235,Q345,Q360 or equivalent internation standard |
| Design service | available,just offer design parameter |
| Certificate | ISO 9001:2008,etc |
| Destruction test | Available |
| welding method | CO2 welding or submerged arc auto welding |
| OEM | Available |
| Wind pressure | 5-300KM/H |
| Pre-shipment test | Available |
This category of towers are being used in Electrification projects
for transmitting the power from power generating units to
substations located in remote areas. A type of a power transmission
tower depends on various factors such as voltage (10kv to 1000kv),
configuration (vertical or horizontal), line deviation angle
(Suspension, Tension & Terminal, Tee off tower).
The design of Power Transmission line tower depends on, type of
conductor and Earth-wire, wind zone, deviation angle and material
specification. These towers are galvanized to protect the steel
from corrosion. The galvanizing coating thickness depends on the
weather conditions at the location of tower.
