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40M Mega High Mast Lighting Tower 12mm Wall Q235B Steel Column
| Diameters | Top: Ø480mm / Bottom: Ø1100mm |
| Base Plate | Ø1450mm Flange, 50mm Thickness |
| Foundation | 16 pcs x M45 Anchor Bolts (H2000mm) |
Talk to Our Engineer Now 1. 40M Structural Steel Column (12.0mm Extreme Wall)
Operating at 40 meters (130ft) subjects the structure to unprecedented aerodynamic drag and sheer forces. The column is constructed from high-yield Q235B structural carbon steel, expanding from a massive Ø480mm top to a Ø1100mm base diameter. To prevent critical structural deflection under heavy multi-tier headframe payloads, structural engineers can specify 8.0mm, 10.0mm, or 12.0mm wall thickness options based on localized dynamic wind load simulations.
2. Mega-Scale Foundation Anchoring (50mm Thick Flange)
The foundation connection system must transfer extreme overturning moments directly into deep concrete footings. It incorporates an oversized Ø1450mm circular flange base plate featuring an astounding 50mm thickness. The concrete anchoring relies on a dense embedment cage of 16 pieces of extreme-duty M45 anchor bolts (2000mm length), ensuring the 40M lighting tower remains completely rigid during coastal hurricanes and Category 5 typhoons.
3. HDG Galvanized Anti-Corrosion Standard
To meet international maritime and aviation infrastructure longevity requirements, the entire steel mast is submerged in molten zinc (Hot Dipped Galvanizing), creating a metallurgical bond with a zinc coating thickness of ≥85μm. A secondary ≥60μm powder coating is applied, shielding the mega-structure from continuous coastal salinity, extreme temperatures, and high UV degradation.
| Model Reference | DL01-A01F03-007 |
| Mast Height | 40M (Approx. 131.23FT) |
| Structural Material | Q235B Carbon Steel |
| Top Shaft Diameter | Ø480mm |
| Bottom Shaft Diameter | Ø1100mm |
| Steel Wall Thickness | 8.0mm / 10.0mm / 12.0mm (Optional) |
| Base Plate (Flange) Dia. | Ø1450mm |
| Base Plate Thickness | 50mm |
| Foundation Bolts | 16 Pieces – M45 |
| Embedment Depth | H2000mm |
| Galvanizing Standard | HDG, Zinc Coating ≥ 85μm (IEC/IECEE Standard) |
| Powder Coating | ≥ 60μm Thickness (IEC/IECEE Standard) |
| Structural Design | Dynamic Wind Load Analysis Certified |
Mega-Infrastructure Applications for 40M Lighting Towers
A 40-meter (130ft) high mast equipped with a 50mm thick flange plate and M45 anchor bolts is a supreme structural asset. It is deployed strictly for global mega-infrastructure where maximum clearance and ultimate load-bearing capacity are non-negotiable.
International Airport Aprons & Tarmacs
Civil Engineering Demand: Major aviation hubs accommodating wide-body aircraft (like the A380 or B747) require extreme lighting clearance to avoid interfering with towering tail fins and ground support operations.
Mast Specification: A 40-meter elevation allows a single mega-tower to cast a daylight-equivalent beam across a massive expanse of the tarmac, drastically reducing the number of physical obstacles. The robust Q235B steel structure ensures zero maintenance downtime in secure aviation zones.
Mega Deep-Water Seaports
Civil Engineering Demand: Next-generation automated container yards operate massive Ship-to-Shore (STS) gantry cranes. Lighting structures must clear these moving giants while surviving constant Category 5 coastal typhoons.
Mast Specification: The foundation relies on an incredible 1.45-meter wide, 50mm thick flange plate secured by sixteen M45 anchor bolts to neutralize unimaginable hurricane-level overturning moments.
Multi-Tier Highway Interchanges
Civil Engineering Demand: Illuminating highly complex, 5-level mega highway junctions requires an ultra-high central light source to prevent shadowing and ensure uniform visibility across all massive elevation tiers.
Mast Specification: At 40 meters (130ft), this lighting tower acts as a supreme central luminary hub. By replacing upwards of fifty standard roadside poles, it drastically reduces electrical trenching complexity and creates a completely unobstructed visual environment for high-speed transit.
Open-Pit Mining & Heavy Industry
Civil Engineering Demand: Large-scale mining operations utilize massive haul trucks. Lower lighting poles are frequently damaged by machinery or obscured by heavy dust and debris.
Mast Specification: Elevating the lighting payload to 40 meters keeps the infrastructure far above the active hazard zone. The 50mm thick base plate absorbs severe, continuous ground vibrations generated by blasting and heavy freight operations.
