Product Introduction
We specialize in manufacturing high-quality power transmission poles, with over 15 years of experience serving markets across Europe, the Americas, and beyond. Our poles are engineered to meet strict international standards (ANSI, EN, etc.), combining durability, environmental adaptability, and cost-effectiveness.
Whether for urban grid upgrades, rural power expansion, or renewable energy (wind/solar) transmission lines, our poles deliver reliable performance in extreme weather-from heavy storms to high temperatures. We aim to be your long-term partner for safe, efficient power infrastructure solutions.
Product Parameter
| Height | From 10 meter to 20 meter |
| Suit for | Electric Power Transmission and Distribution |
| Shape | Polygonal or Conical |
| Material | Normally Q345B/A572, Minimum Yield Strength ≥ 345 N/mm² Q235B/A36, Minimum Yield Strength ≥ 235 N/mm² As well as Hot rolled coil from ASTM A572 GR65, GR50, SS400 |
| Power Capacity | 10kV to 220kV |
| Tolerance of the dimension | According to client's requirement. |
| Surface treatment | Hot dip galvanized Following ASTM A 123, or any other standard by client required. |
| Joint of Poles | Slip joint, flanged connected |
| Length of per section | Within 14 meter once forming |
| Welding Standard | AWS (American Welding Society ) D 1.1 |
| Production Process | Raw material test → Cutting →bending →Welding (longitudinal )→Dimension verify →Flange welding →Hole drilling →sample assemble → surface clean→ Galvanization or powder coating ,painting →Recalibration →Packages |
| Packages | Packing with plastic paper or according to client's request. |
Product Feature and Application
Extreme Weather Resistance: High-strength materials withstand storms, snow, and UV radiation, ensuring stability in harsh environments.
Longevity: Anti-corrosion treatment (hot-dip galvanizing) and durable materials extend service life by 30% vs. conventional poles.
Efficient Installation: Modular design with pre-assembled components reduces on-site construction time by 40%.
Eco-friendly: Recyclable materials and low-carbon production process meet EU/US environmental regulations.
Application Scenarios
Urban power grid renovation (e.g., city center, suburban areas)
Power steel poles shine in urban grid upgrades, fitting downtown and suburbs. Crafted from high-strength steel, they're durable, corrosion-resistant, and weatherproof. In tight city centers, they minimize traffic/building disruptions. For suburban terrains, they steady grid upgrades, boosting power reliability. Easy to install, they cut construction time, reducing daily life impacts. A smart pick for upgrading urban and suburban electrical infrastructure.
Rural electrification projects (remote villages, agricultural zones)
Power steel poles excel in rural electrification, bridging remote villages and farmlands. Crafted with robust galvanized coatings, they withstand harsh rural elements-humidity, soil corrosion, and temperature swings. Unlike bulky concrete alternatives, their lightweight design eases transport to hard-to-reach areas (e.g., hills, riverbanks). Quick assembly cuts labor time, even in rugged terrain, ensuring stable power for farms, households, and agribusinesses. A reliable solution for electrifying dispersed rural communities.
Industrial parks (high-voltage power supply for factories)
Power steel poles are pivotal for industrial park power grids, delivering high-voltage supply to factories. Built with high-strength steel and thick galvanized layers, they resist industrial corrosion-chemical fumes, dust, and heavy loads. Engineered for high-voltage resilience, they ensure stable power transmission for heavy machinery. Their modular design allows easy expansion as parks scale. Fewer maintenance needs mean less downtime, boosting factory productivity. A robust choice for powering industrial hubs.
Renewable energy integration (connecting wind farms, solar parks to grids)
Power steel poles play a key role in integrating renewables-linking wind farms and solar parks to grids. Designed for extreme environments, their galvanized surfaces combat salt spray (coastal wind farms), sand erosion (desert solar parks), and high winds. Structurally optimized for stability, they support long-span lines across rugged terrain (mountains, coasts). Lightweight yet durable, they speed up installation in remote renewable sites. Reliable transmission ensures clean energy flows smoothly to the grid, backing the shift to green power. A vital component for renewable energy infrastructure.
Product Detail
Connection Structure: Precision-machined flange connections (tolerance ≤0.5mm) ensure tight, shake-proof assembly.
Surface Protection: 85μm+ hot-dip galvanizing layer (tested via salt spray for 1000+ hours) prevents rust in coastal/humid areas.
Base Fixing: Reinforced concrete foundation brackets (with anti-slip design) enhance stability in soft soil.
Top Fittings: Customizable hardware (insulator mounts, cable clamps) compatible with global line standards.
Product Qualification
We adhere to strict quality control throughout production, supported by:
Certifications: ISO9001, CE, UL, ANSI C136.10 (US), EN 50341 (EU).
Advanced Production: Automated welding lines, 3D scanning for dimensional accuracy, and ultrasonic flaw detection.
Testing: Every pole undergoes load-bearing tests (1.5x design load) and environmental simulation (extreme temperature/humidity cycles).
Delivery, Shipping and Serving
Customization: Tailor length, material, and fittings to your project's needs (minimum order: 50 units).
Shipping: Door-to-door service via sea (40ft containers) or land transport; poles are wrapped in anti-scratch film to avoid damage.
Installation Support: Provide detailed manuals, video guides, or on-site technical teams (extra fee for on-site service).
Warranty: 10-year warranty for material defects; lifelong maintenance consulting.
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