Export Series Catalog
Precision 6M Lighting Solutions & Complementary Systems
Engineered to AASHTO, EN 40-5, and ISO 1461 standards. Direct procurement, full-container export packaging, and verified structural integrity.
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Structural Engineering & Metallurgy
6 Meter Street Light Pole Structural Mechanics & Design Matrix
The 6-meter (approx. 20 ft) nominal mounting height represents the global golden ratio for urban feeder arteries, secondary municipal corridors, residential zones, and industrial perimeter safety.
Conical vs. Octagonal Geometries
Tapered conical designs offer continuous visual flow and reduced drag coefficients (Cd = 0.55), ideal for upscale municipal streets. Octagonal and polygonal folding provides increased second moment of area, enhancing torsional stiffness against buffeting loads from heavy wind gusts.
- Top Diameter: Ø60 mm / Ø76 mm
- Base Diameter: Ø130 mm to Ø150 mm
- Taper Rate: 11 - 12.5 mm/m
Thermochemical Galvanization
Fabricated poles undergo acid pickling, fluxing, and total immersion in molten zinc bath at 450°C in strict accordance with EN ISO 1461 and ASTM A123. Metallurgical iron-zinc alloy layers provide self-healing sacrificial cathodic defense against rust.
- Internal & External full-coverage zinc
- Salt spray test: Up to 1,500 hours
- Optional architectural fluorocarbon powder
Load & Fatigue Engineering
Every 6m pole variant is calibrated with finite element modeling (FEM) to account for top mass moment of solar panels (EPA rating up to 0.65 m²), battery enclosures, luminaire overhang, and local gust velocity up to 45 m/s according to AASHTO guidelines.
- Base Flange: 260×260×12 mm to 300×300×16 mm
- Anchor Bolts: 4×M18 / M20 Grade 8.8
- Submerged-Arc Longitudinal Weld penetration
System Application Matrix
Macro-Industry Solutions for EPC Contractors & Municipal Authorities
Deploying 6m pole infrastructure requires balancing photometric distribution (DIALux calculation), environmental exposure classes (C1 through C5-M), and total lifecycle operational cost.
| Application Sector | Typical Configuration | Mounting Geometry | Photometric Class | Primary Compliance Criteria |
|---|---|---|---|---|
| Municipal Feeder Arterials | Conical 6m, Single 1.0m Curved Arm, 40W–60W LED | Spacing: 22–26m, Staggered/Single-sided | EN 13201 M4 / M5 Class | EN 40-5 Structural safety, minimum glare (TI < 15%) |
| Off-Grid Rural Electrification | Octagonal 6m, Integrated XT-YTH or XT-DT Split Solar | Spacing: 20–25m, Single-sided | CIE P2 / P3 Footpath/Class P | Autonomy 3-5 days, zero underground trenching |
| Industrial Logistics Parks | Square / Octagonal 6m, Twin Arm + Perimeter Floodlight | Perimeter fencing & truck access lanes | EN 12464-2 Outdoor Workplaces | IK10 impact resistance, Class I electrical insulation |
| Coastal & High-Humidity Zones | High-Strength 6m, Duplex Coating (HDG + Fluorocarbon) | Port frontage, island ring roadways | C5-M ISO 12944 Corrosivity | Zinc thickness ≥100 µm, 316 stainless hardware |
| Smart City Edge Computing | Multifunctional 6m, Internal Cable Channels, 5G/IoT bays | Pedestrian promenades, city plazas | Adaptive Smart Dimming (D4i/Zhaga) | Separated low-voltage/data ducting, vandal-proof hatch |
Photometric Optimization Guarantee:
Our export engineering department delivers customized DIALux Evo simulations for every tender specification. By fine-tuning the 6m pole's tilt angle (0° to 15°) and arm extension, we achieve overall roadway luminance uniformity (U0 > 0.40) while preventing unnecessary luminous pollution and back-spill light.
Smart Manufacturing & Scale
China Factory 4.0: Supply Chain Resilience & Production Control
Operating a modernized 100,000 m² state-of-the-art facility in Gaoyou, Jiangsu—the epicentre of global pole manufacturing—Xintong eliminates middleman markups through vertical integration.
Automated Tandem CNC Bending
Equipped with dual 1,600-ton CNC tandem hydraulic press brakes capable of forming one-piece tapered shafts up to 14 meters in length. Ensures strict angular tolerances (±0.5°) and flawless linear straightness < 1mm/m for single-piece 6m shafts.
Submerged-Arc Automated Seam Welding
Robotic longitudinal seam welders deliver complete penetration without porosity, slag inclusions, or heat distortion. Continuous automated ultrasonic inspection ensures joint durability equal to or greater than the parent steel matrix.
Integrated Galvanizing & Electrostatic Coating
On-site closed-circuit hot-dip galvanizing bath combined with automated German Wagner electrostatic powder coating lines. Complete control over curing temperatures (180°C - 200°C) prevents premature flaking and salt-fog degradation.
EPC & Institutional Procurement
Addressing Global Procurement Needs: Cost, Schedule & Tender Compliance
International infrastructure projects fail most frequently during customs inspection or third-party engineering audits. Xintong provides verifiable tender documentation that expedites qualification.
Mill Test Certificates (MTC EN 10204 3.1)
Traceability from premier steel manufacturers (Baosteel/Shagang). Full chemical composition (C, Si, Mn, P, S) and mechanical yield tests (Reh ≥ 235/355 MPa) accompanied with heat-number mapping.
Optimized Export Container Packaging
Custom multi-layer burlap wrapping, corrugated cushioning, and bubble protection. Nesting geometries engineered specifically to load up to 250–320 units of 6m poles into standard 40ft High Cube containers, significantly minimizing freight cost per pole.
Third-Party Inspection Coordination
Routine on-site pre-shipment inspections by independent authorities including SGS, BV (Bureau Veritas), TÜV, and Intertek. Dimension tolerance checks, coating thickness verification, and weld non-destructive testing (NDT).
Forward Looking Roadmap
Technology Roadmap: The Evolution of 6M Street Lighting Infrastructure
The standard 6-meter pole is transitioning from a passive structural column into an active, multi-payload smart city asset and clean-energy node.
IoT Edge & Zhaga-D4i Architecture
Modern 6m poles are standardizing on standard Zhaga Book 18 sockets and ANSI C136.41 7-pin NEMA receptacles. Micro-wave motion detection, environmental PM2.5/noise sensors, and dynamic auto-dimming reduce municipality energy consumption by a further 35%.
Cylindrical Vertical Solar Wrap (BIPV)
Beyond traditional tilt brackets, flexible thin-film or curved monocrystalline panels wrap directly around the 6m shaft circumference. This zero-wind-resistance form factor eliminates bird nesting, wind drag issues, and dust accumulation in arid regions.
Carbon-Neutral Recycled Steel Feedstock
Aligning with CBAM (Carbon Border Adjustment Mechanism) in Europe, our technological roadmap integrates electric arc furnace (EAF) low-emission green steel sourcing, reducing embodied carbon by up to 45% across full infrastructure procurement cycles.
Worldwide Presence
Localized Support & Cross-Border Compliance Assurance
With equipment deployed in over 80 countries—from arctic freeze zones in Central Asia to marine-tropical coastlines—we back every shipment with field-tested engineering support.
Foundation Engineering
Soil pressure calculations, anchor cage bolt-pattern templates (J-bolts, L-bolts), and civil concrete foundation depth recommendations tailored to local frost lines and wind categories.
Tender Documentation
Rapid generation of branded datasheets, AutoCAD DWG 2D drawings, 3D STEP files, calculation books, and compliance cross-reference tables ready for municipal tender submittals.
Custom Finish Engineering
Custom RAL color powder-coating over hot-dip galvanized substrates, dual-layer anti-graffiti finishes, and marine-protective epoxy mastic barriers for high-salinity zones.
Warranty & Lifecycle Protection
Comprehensive 10-year structural anti-perforation warranty on galvanized steel shafts, with available spare parts kits and dedicated remote engineer video support.
Technical FAQ
Frequently Asked Questions: 6 Meter Street Light Pole Export
Direct technical answers addressing engineering tolerances, logistics considerations, structural durability, and customized modifications.
What is the standard wall thickness for a 6m street light pole, and how is it determined?
The standard nominal wall thickness for a 6-meter pole ranges between 3.0 mm and 3.5 mm for standard grid-tied LED luminaires (mass < 8 kg). When configured for off-grid split-type solar applications with heavy battery boxes and high-surface-area PV modules (high wind EPA), the thickness is often increased to 3.75 mm or 4.0 mm with higher grade Q355 steel to resist maximum gust velocities up to 180 km/h under AASHTO criteria.
How are 6-meter light poles packed to avoid container damage during long sea transits?
Poles are bundled into hexagonal packs using soft protective separators, industrial woven plastic wrap, and thick cardboard buffers at contact contact points. Base plates are fitted with wood/rubber corner caps to avoid scratching shaft finishes. Furthermore, nested alternating loading patterns maximize 40HC container capacity (typically 260 to 300 poles per container) while maintaining crane-unloading ease at the destination port.
Can you provide flange-mounted and direct-burial (embedded) configurations for 6m poles?
Yes. We supply both base-plate (flange-mounted) systems with anchor bolt cages and direct-burial shafts (where the pole has an additional 800 mm to 1,200 mm root length with cable entry slot and anti-rotation base plate) depending on ground soil conditions and client tender preferences.
What is the difference between Q235B and Q355B structural steel for municipal lighting poles?
Q235B steel offers a minimum yield strength of 235 MPa and ultimate tensile strength of 370–500 MPa, providing excellent bendability, welding consistency, and cost-efficiency for typical urban streets. Q355B (equivalent to S355JR or ASTM A572 Grade 50) delivers higher yield strength (≥355 MPa), allowing reduced steel mass or heightened resistance against extreme typhoon wind zones and large dual-arm decorative overhangs.
What documentation accompanies an export shipment of street light poles?
Every shipment is accompanied by: Material Test Certificates (EN 10204 3.1 MTC), Hot-Dip Galvanization Coating Thickness & Adherence Reports (ISO 1461), Dimensional Verification Records, Non-Destructive Weld Test (NDT) Reports, Bill of Lading, Packing List with Container Distribution Schemes, Certificate of Origin (Form E, CO, etc.), and Warranty Certificates.
Complete Project Supply
Associated Heavy-Load, Solar & Decorative Infrastructure Series
Procure unified infrastructure packages: from high-strength multi-purpose municipal arms to heavy high mast luminaires and low-voltage distribution columns.
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Direct Factory Engineering Desk
Initiate a Technical Proposal or Bill of Quantities (BOQ) Audit
Speak directly with our export engineering department. Upload your pole structural drawings, design wind loads, and DIALux target lux requirements for a response within 24 working hours.
Telephone Support
+86 178 5195 5363
Instant WhatsApp Engineering
+86 178 5195 5363
Technical Export Inquiry
[email protected]
Verified Manufacturer Identity
Yangzhou Xintong Traffic Equipment Group Co., Ltd.
Founded in 1999. Dedicated municipal enterprise with certified production facilities in Gaoyou, Jiangsu. Certified under ISO 9001, ISO 14001, ISO 45001, CE, RoHS, and EN 40 standards.
Factory Location: Guoji Industrial Concentration Area, Suiqiao Town, Gaoyou City, Jiangsu Province, China.
Production Floor: 100,000 m² | 7 Production Lines | 500+ Qualified Staff.
Production Capacity: Over 15,000 poles / month.
Production Floor: 100,000 m² | 7 Production Lines | 500+ Qualified Staff.
Production Capacity: Over 15,000 poles / month.