Transmission Steel Pole

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November 10, 2025
Category Connection: Transmission Steel Pole
Brief: We show the practical steps and results so you can judge suitability quickly. This video provides a detailed walkthrough of the manufacturing process for 70FT 2-Segments Q355B Dodecagonal Transmission Steel Poles, from material selection and hot-dip galvanizing to final inspection and packaging options like sack wrap and bitumen painting.
Related Product Features:
  • Constructed from high-strength Q355B steel, equivalent to ASTM Grade50, ensuring structural integrity.
  • Features a 70-foot height with a two-segment design for easier transport and assembly.
  • Dodecagonal (12-sided) cross-section provides superior strength and wind resistance.
  • Hot-dip galvanized finish offers long-term corrosion protection for harsh environments.
  • Additional bitumen painting and sack wrap options enhance durability during shipping and installation.
  • Available in both burial type and base plate type configurations to suit various foundation requirements.
  • Customizable design based on specific load, wind speed, and wire distribution parameters.
  • Manufactured with advanced hydraulic and welding equipment to ensure consistent quality and precision.
FAQs:
  • What materials are used in these transmission steel poles?
    The poles are made from high-strength steel grades including Q255, Q355, Q420, and Q460, which are equivalent to international standards like ASTM Grade D, Grade50, Grade60, and Grade65 respectively.
  • What packaging options are available for delivery?
    We offer three packaging options: bare poles for the most economical delivery, sack wrap, or non-woven fabrics wrap. We typically use 40HQ containers with a port limit weight of 26 tons.
  • What is the typical delivery time for an order?
    Our standard delivery time is within 15 working days. For larger quantities or during busy periods, delivery may extend to approximately one month.
  • What information is needed to design a custom pole?
    To design a practical pole, we require parameters such as pole top design load, load position from the top, wind speed, wire distribution, pole type (burial or base plate), and connection mode (slip joint or flange).