|Surface treatment:||hot dip galvanized||Style:||galvanization|
|Thickness:||1mm to 30mm||Power:||10kv~550kv|
|Torelance of dimenstion:||+- 2%||Length of per section:||within 14m once forming without slip joint|
Q345 40ft 3mm thickness Steel Utility Pole with 2m cross arm for transmission line
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|
|welding method||CO2 welding or submerged arc auto welding|
The hot dip galvanization treatment can increase the service life of the steel pole without the environmental
pollution and no need for other daily maintenance. The following described types are specially designed for Africa
Market which can meet the regulated height and load standard of France electricity power company.
Our steel pole is bent to form to the polygonal (conical) section firstly. Then it is welded by the automatic
submerged-arc. Then it is welded by the automatic submerged-arc welding machine.
Thirdly the top cap, strip and base plate will be welded to the pole. And finally other accessories (support brackets,
ladder support, etc.) will be welded to the pole shaft.
- Component Length: -25mm to 75mm
- Straightness: 2mm/m
- Twisting degree: 1̊ per 3 meters length
- Ovalisation : Maximum is 3%
- The average diameter : +/-0.5%
-Slip length: +/-150mm
The metal supports are designed to withstand the nominal force F and the pressure of the wind V applied at
0.25m from the top. Under these loads, the safety factor with respect to the elastic limit of the steel is larger than
1.8. The post also resists a torque equal to (F+V) ×1m. Tests shows the load intervened when breaking is around
2 times of design load.