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35M High Mast Lighting Tower 12mm Wall Q235B Steel Column
| Diameters | Top: Ø300mm / Bottom: Ø750mm |
| Base Plate | Ø1200mm Flange, 35mm Thickness |
| Foundation | 16 pcs x M40 Anchor Bolts (H2000mm) |
Talk to Our Engineer Now 1. Structural Steel Column (12.0mm Extreme Wall Thickness)
Operating at 35 meters (115ft) subjects the structure to immense wind shear and aerodynamic drag. The column is constructed from high-yield Q235B structural carbon steel, featuring a massive conical taper from a Ø750mm base to a Ø300mm top. To prevent critical deflection under heavy multi-fixture stadium payloads, structural engineers can specify 8.0mm, 10.0mm, or 12.0mm wall thickness options based on localized dynamic wind load calculations.
2. Mega-Scale Foundation Anchoring (16x M40 Bolts)
The foundation connection system is designed to transfer extreme overturning moments directly into deep concrete footings. It incorporates an oversized Ø1200mm flange base plate with a solid 35mm thickness. The concrete anchoring relies on a dense embedment cage of 16 pieces of heavy-duty M40 anchor bolts (2000mm length), ensuring the 35M lighting tower remains completely rigid during coastal hurricanes and severe typhoons.
3. HDG Galvanized Anti-Corrosion Standard
To meet municipal and maritime 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 industrial lighting tower from continuous coastal salinity, aviation fuel exhaust, and high UV degradation.
| Model Reference | DL01-A01F03-006 |
| Mast Height | 35M (Approx. 114.82FT) |
| Structural Material | Q235B Carbon Steel |
| Top Shaft Diameter | Ø300mm |
| Bottom Shaft Diameter | Ø750mm |
| Steel Wall Thickness | 8.0mm / 10.0mm / 12.0mm (Optional) |
| Base Plate (Flange) Dia. | Ø1200mm |
| Base Plate Thickness | 35mm |
| Foundation Bolts | 16 Pieces – M40 |
| 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 35M Lighting Towers
A 35-meter (115ft) high mast with a 12.0mm maximum wall thickness and a 1200mm base plate is the ultimate structural asset, designed strictly for the world’s most demanding civil engineering operations.
Mega Sports Stadiums & Olympic Arenas
Civil Engineering Demand: Olympic-grade stadiums require lighting columns that can safely clear the highest grandstand tiers while supporting the massive weight of multi-tier headframes carrying dozens of 2000W+ LED floodlights.
Mast Specification: The 35M elevation achieves the precise lighting trajectory angle required for 4K/8K HDTV broadcasting. The 12.0mm wall thickness option provides the absolute structural rigidity needed to prevent camera-disrupting sway.
Deep-Water Seaports & Container Terminals
Civil Engineering Demand: Mega container yards require lighting structures that clear the operational height of massive Ship-to-Shore (STS) gantry cranes and reach stackers, while enduring constant coastal typhoons.
Mast Specification: The foundation relies on a 1.2-meter wide, 35mm thick flange plate secured by sixteen M40 anchor bolts to neutralize extreme hurricane-level overturning moments. The strict dual-layer HDG (≥85μm) coating prevents rapid oxidization in highly saline marine environments.
International Airport Tarmacs & Aprons
Civil Engineering Demand: Aviation authorities dictate strict lux levels over vast expanses of tarmac. Lighting columns must minimize physical obstacles near taxiways while surviving highly corrosive aviation fuel exhaust.
Mast Specification: A 35-meter (115ft) elevation allows a single tower to cast a daylight-equivalent beam across multiple wide-body aircraft parking bays. The robust Q235B steel structure ensures zero maintenance downtime in secure, restricted aviation zones.
Multi-Tier Highway Interchanges
Civil Engineering Demand: Illuminating highly complex, 4-level highway junctions requires an ultra-high central light source to prevent shadowing and ensure uniform visibility across all elevation tiers.
Mast Specification: At 35 meters, this lighting tower acts as a supreme central luminary hub. By replacing dozens of standard roadside poles, it drastically reduces electrical trenching complexity, lowers roadside collision risks, and creates a safer visual environment for high-speed transit.
