Are you a manufacturing factory or a trading company?

Xintong is a manufacturer. Founded in 1999, we operate a 100,000 m² production base in Gaoyou, Jiangsu, China, with 7 production lines covering steel pole forming, welding, hot-dip galvanizing, powder coating and LED / solar lighting assembly. Buyers are welcome to audit the factory on site or by live video.

Which markets do you serve, and which standards and certifications do you work to?

Our products are installed in 80+ countries, including Central Asia, the Middle East, Africa, Southeast Asia and South America. We manufacture to EN, ASTM and AASHTO specifications under ISO-based quality management, and supply material certificates, galvanizing reports and test records with each shipment.

Do you only sell individual products, or do you provide complete solutions?

We provide both. Beyond supplying poles and luminaires, our engineers prepare CAD structural drawings, 3D renderings and DIALux lighting simulations, then support installation remotely or on site. Warranty coverage is available for up to 10 years depending on the product.

What information do you need to prepare an accurate technical proposal?

Please share the application and road width, required mounting height, illumination standard or target lux, local design wind speed, power supply type (grid or solar), required autonomy days for solar systems, quantity, delivery port and any tender specification documents.

How do you protect steel poles against corrosion?

Poles are fabricated from Q235 or Q355 structural steel and hot-dip galvanized after welding, with optional polyester powder coating. This system is designed for a service life of 25+ years in typical outdoor environments.

Best Single Double Arm Power Pole Supplier & Factory

High-Yield Power & Municipal Lighting Poles

Factory-direct single and double arm pole systems manufactured at our 100,000 m² facility with multi-stage QC, ultrasonic weld verification, and precision robotic bending.

Single vs Double Arm Power Pole Engineering Architecture

Technical evaluation of structural deflection, load bearing mechanics, and wind shear performance for municipal utility and highway electrification authorities.

Single Arm Torsional Analysis

Single-arm configurations introduce continuous eccentric loading, inducing both lateral bending moment and axial torsion upon the foundation flange. Fabricated with automated longitudinal submerged arc welding, Xintong single-arm shafts utilize conical taper geometry (11–14‰) to disperse wind-induced resonant vibrations.

Specially calculated for outer curb lane illumination, single-arm cantilevers range from 0.8m to 3.5m outreach, meeting strict EN 40 deflection limits (δ < 0.04 h).

Double Arm Dynamic Symmetry

Double arm utility poles provide symmetrical static equilibrium, balancing the horizontal aerodynamic force across highway medians. Dual arms can be configured in 180° opposite orientation for dual carriageway illumination or asymmetrical heights/reaches to illuminate main highways and parallel service roads simultaneously.

Structural calculation incorporates ANSI C136.20 and AASHTO wind-yield thresholds up to 160 km/h with 1.5 safety margins.

Submerged Arc Metallurgy

Utilizing high-tensile certified steel plate stock (Q235B, Q355B, ASTM A572 Grade 50), our longitudinal seam welding utilizes automatic multi-wire submerged arc welding (SAW) achieving full penetration without slag inclusions or porosity.

Ultrasonic non-destructive testing (NDT) and magnetic particle inspections certify structural weld seams before transferring shafts to chemical pre-treatment baths.

Technical Characteristic	Single Arm Utility Pole	Double Arm Symmetrical Pole	Asymmetrical Combined Arm Pole
Primary Installation Site	Curbside, Urban Arterials, Rural Feeder Roads	Dual-Carriageway Medians, Expressways	Boulevards with Pedestrian Sidewalks
Aerodynamic Loading Profile	Unbalanced Torsional Shear + Bending	Self-Stabilizing Counterbalanced Moment	Differential Complex Dynamic Load
Standard Height Range	6m – 14m (Conical / Octagonal)	8m – 16m (Octagonal / Polygonal)	8m – 15m (Multi-Segmented)
Wall Thickness Spec	3.0mm – 6.0mm High Strength Steel	4.0mm – 8.0mm Heavy Structural Plate	4.5mm – 8.0mm Custom Alloy
Zinc Coating Adhesion	≥86 μm (ISO 1461 / ASTM A123)	≥86 μm to ≥100 μm for Coastal Tenders	Dual Layer: Galvanized + Polyester Coating

China Factory 4.0: Manufacturing Prowess & Supply Chain Resilience

Operating a modernized 100,000 m² heavy steel fabrication plant in Gaoyou, Jiangsu, Xintong integrates automated steel conversion, CNC tandem bending, and high-capacity hot-dip kettles.

Tandem 1600T CNC Bending

Equipped with dual 14-meter 1600-ton synchronous hydraulic CNC press brakes, our facility folds one-piece polygonal and conical shafts up to 14 meters in length without transverse welds, maximizing buckling resistance under extreme wind storms.

Integrated Hot-Dip Galvanizing

By owning internal multi-stage acid pickling, fluxing, and molten zinc tanks maintained at 450°C, we guarantee an inter-metallic zinc-iron alloy layer reaching 86–120 microns, safeguarding your project from corrosion for over 25 years even in C4/C5 marine settings.

Export Container Nesting

Our packaging engineers implement nested telescopic shipping models. Conical shafts of graduated diameters slide within each other, reducing ocean shipping cube volume by up to 45% and slashing landed shipping costs per pole across global EPC contracts.

100,000m² Production Hub Area

500,000+ Units Deployed Worldwide

80+ Nations In Active Service

25+ Years Anti-Corrosion Life Cycle

Meeting Global EPC Procurement Criteria

Turnkey tender documentation, DIALux photometric integration, and local engineering compliance tailored for ministries of transport, utility contractors, and municipal consultants.

Tender Compliance Verification

Overseas projects fail when documentation is non-responsive. We issue mill test certificates (EN 10204 Type 3.1), galvanizing test reports, ultrasonic NDT inspection sheets, and verified base flange anchor calculations matching specific tender BOQ line items.

DIALux Luminaire Simulation

Our in-house illumination specialists run comprehensive DIALux EVO simulations based on specified carriageway profiles, pole spacing, overhang, and luminaire optics to calculate exact illuminance (lux) and luminance uniformity (U0 / UI) before fabrication.

Localized Anti-Vibration Design

High-wind zones and bridge approaches require specific dampening solutions. We provide integrated first and second-mode wind vibration dampers, reinforced handhole cutouts with internal locking mechanisms, and high-yield foundation J-bolts matching regional seismic scales.

Next-Gen Technology Roadmap: The Smart Grid Pole

The transition from passive steel illumination poles to multi-functional connected micro-infrastructure supporting urban low-voltage grids, smart sensors, and microcell carriers.

Microcell & 5G Carrier Integration

Xintong's future-ready double arm poles integrate internal RF-transparent shroud compartments, enabling telecommunication operators to colocate 5G small cells, antenna radomes, and municipal IoT gateways without compromising structural safety or visual aesthetics.

Smart Grid Low-Voltage Distribution

Integrating distribution line carrying capacities with dedicated street lighting secondary arms. Our heavy-wall polygonal steel power poles replace legacy concrete poles, offering higher elasticity, eliminating cracking under freezing conditions, and lowering total replacement expenditure.

EV Charging & Edge Node Deployment

Accommodating AC Level 2 electric vehicle charging directly into the base structure. Internal electrical compartments feature DIN-rail mounts, IP65 waterproof access doors, and circuit isolation breakers to ensure zero interference between power distribution and lighting controls.

Frequently Asked Questions (EPC Technical FAQ)

Direct engineering insights regarding structural steel grades, galvanizing certifications, wind-load resistance, and delivery logistics.

Q1 What steel grades are used for single and double arm poles?

We primarily utilize high-tensile structural carbon steels conforming to GB/T 700 Q235B, GB/T 1591 Q355B, corresponding internationally to EN 10025 S235JR / S355JR and ASTM A36 / ASTM A572 Grade 50. High-stress coastal or high-wind poles are formed from Q355B/S355 to achieve higher yield point (355 MPa) and reduced pole weight.

Q2 How do you verify anti-corrosion life in coastal high-salinity zones?

All poles are hot-dip galvanized internally and externally in compliance with BS EN ISO 1461 or ASTM A123. The minimum mean zinc coating thickness is 86 µm, with custom configurations up to 120 µm. For aggressive ISO 12944 C4/C5 marine environments, we add electrostatic thermosetting polyester powder coating (60–100 µm) creating an impermeable duplex barrier.

Q3 Can your engineering team calculate custom wind-load ratings?

Yes. Our structural design department utilizes specialized finite element analysis software and AASHTO Standard Specifications for Structural Supports for Highway Signs, Luminaires, and Traffic Signals. We engineer pole shafts, arm outreach angles, flange plates, and anchor bolts to withstand designated local gusts up to 180 km/h (50 m/s).

Q4 What is the standard production lead time and factory capacity?

Our 100,000 m² factory operates 7 specialized production lines with a monthly output exceeding 15,000 poles. Standard tender prototypes or pre-production samples are completed within 7 to 10 days, with 40HQ container shipments ready within 20 to 25 days following technical drawing and BOQ sign-off.

Specialized Heavy Infrastructure & Distribution Series

Complete project-ready portfolio: transmission line power distribution poles, seaport high masts, and modular smart city structures manufactured to international standards.