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8M Galvanized Street Light Pole Heavy Duty Tubular Steel
| Diameters | Top: Ø114mm / Bottom: Ø165mm |
| Wall Thickness | 3.5mm (Heavy Duty) |
| Foundation | 350x350x14mm Flange / 4-M18 (H800mm) Bolts |
Talk to Our Engineer Now 1. Extreme Bending Stiffness (3.5mm Wall Thickness)
At an 8-meter (26ft) elevation, lighting poles act as massive levers against wind shear, especially when equipped with twin or quad-arm roadway fixtures. This Q235B steel mast is structurally reinforced with a massive 3.5mm wall thickness. Combined with the widened Ø165mm lower shaft, it provides the extreme section modulus required to eliminate structural deflection and harmonic whipping during severe storms.
2. Oversized 350mm Flange & Deep M18 Anchors
To safely transfer elevated overturning moments into the concrete footing, the foundation connection has been radically upscaled. The structure utilizes a massive 350x350mm square flange plate with a 14mm thickness. The anchoring system is upgraded to four heavy-duty M18 foundation bolts with an extreme 800mm embedment depth, locking the mast permanently against dynamic wind gusts in open environments.
3. Secure Electrical Access Compartment
Designed for immediate integration into primary municipal grids, the lower Ø165mm steel shaft incorporates a precision laser-cut flush access door. This weatherproof compartment provides spacious and secure housing for DIN rails, heavy-duty breakers, and terminal blocks. An internal M8/M10 grounding lug ensures strict compliance with local earth bonding protocols for public safety.
4. HDG (≥85μm) & Architectural Powder Coating
Tubular steel deployed in major infrastructure requires uncompromising rust prevention. The entire assembled column is fully submerged in molten zinc (Hot Dipped Galvanizing), creating a metallurgical barrier of ≥85μm. A secondary heat-cured architectural powder coating (≥60μm) is applied, chemically sealing the steel to prevent corrosive bleed onto concrete bases for over 25 years.
| Model Reference | DL01-A01A03-006 |
| Pole Height | 8M (Approx. 26.24FT) |
| Structural Material | Q235B Carbon Steel |
| Cross-Section Geometry | Stepped Round Tubular |
| Top Shaft Diameter | Ø114mm |
| Bottom Shaft Diameter | Ø165mm |
| Structural Wall Thickness | 3.5mm (Heavy Duty Roadway Standard) |
| Base Flange Dimensions | 350 * 350 * 14mm |
| Anchor Bolt Spec | 4 Pieces – M18 (H800mm Embedment) |
| Electrical Maintenance | Flush Access Door with Internal Grounding Lug |
| Galvanizing Standard | HDG, Zinc Coating ≥ 85μm (IEC/IECEE Compliant) |
| Powder Coating | ≥ 60μm Thickness (Custom RAL Colors Available) |
Primary Roadway & Mega-Parking Applications for 8M Poles
Operating at the 8-meter (26ft) elevation, this heavy-duty stepped tubular column is the undisputed workhorse for primary municipal routes and massive area lighting projects. It is engineered to carry high-wattage, multi-head fixture arrays safely.
Primary Municipal Roadways & Arterials
Illumination Strategy: An 8-meter height provides excellent downward lux and expansive light cone coverage across 4-lane urban arterial roads and complex traffic intersections.
Structural Benefit: The heavy-duty 3.5mm wall thickness and massive 350x350x14mm flange plate prevent structural fatigue caused by the continuous aerodynamic vibration from passing heavy-duty trucks and high-speed winds.
Mega-Retail Parking Lots & Auto Dealerships
Illumination Strategy: Vast commercial parking facilities require 8M poles to elevate high-lumen LED shoebox fixtures, casting overlapping light grids to ensure security camera clarity across acres of pavement.
Structural Benefit: The upgraded Ø114mm top tenon effortlessly supports the extreme weight and wind drag of triple or quad-arm luminaire brackets. The 800mm deep M18 foundation anchors keep the mast rock-solid in completely unsheltered lots.
Industrial Complexes & Port Terminals
Illumination Strategy: Deep-water ports and logistics hubs require intense, reliable area lighting from high vantage points to guide 24/7 freight operations safely.
Structural Benefit: The rigorous ≥85μm Hot Dipped Galvanizing guarantees that constant exposure to harsh industrial emissions, diesel exhaust, or coastal salinity will never compromise the column’s 3.5mm thick structural core.
