Factory-direct structural steel poles and intelligent optical systems built to withstand the hyper-arid, high-wind, and severe thermal profiles of the Saudi Central Province.

High-output floodlighting assemblies up to 40 meters, featuring motorized raising/lowering platforms and asymmetric narrow-beam optics designed for Riyadh stadium projects and multi-level expressway junctions.

Heavy-gauge Q355B polygonal steel towers engineered to AASHTO and EN 40 standards, accommodating massive EPA windage across major arterial interchanges and metro park-and-ride plazas.

Integrated high-efficiency solar luminaire featuring Grade-A monocrystalline PV cells, heat-isolated LiFePO4 batteries, and smart MPPT charging calibrated for Riyadh's 55°C peak ambient heat.

Next-generation multi-sensor urban poles customized for Riyadh Smart City frameworks, integrating 5G micro-cells, municipal CCTV brackets, environmental sensors, and dynamic LED displays.
The Riyadh metropolitan region is undergoing the most rapid infrastructure modernization in the Middle East. Driven by Saudi Vision 2030, the city is scaling to absorb over 15 million residents through giga-developments such as the New Murabba (The Mukaab), King Salman Park, Qiddiya Entertainment City, Diriyah Gate, and preparatory infrastructure for the Riyadh Expo 2030.
However, the Central Province of Saudi Arabia poses some of the harshest physical operating conditions in the world. Equipment specified for Riyadh must conquer relentless 50°C+ summer peaks, thermal soil fluctuations, sandstorm-induced abrasion (haboobs), high UV indices, and stringent energy efficiency mandates enforced by the Royal Commission for Riyadh City (RCRC) and SASO (Saudi Standards, Metrology and Quality Organization).
Our R&D framework aligns precision Chinese smart manufacturing with Saudi digital transformation goals, bridging the gap between hardware durability and IoT intelligence.
Traditional lithium ternary chemistries undergo catastrophic thermal runaway in desert heat. Our XT-YTH solar series incorporates proprietary phase-change thermal barrier material (PCM) surrounding automotive-grade Grade-A LiFePO4 cells, maintaining safe core internal temperatures even during extended daytime peak insolation across Riyadh's southern expanses.
Equipped with 7-pin ANSI C136.41 NEMA sockets and Zhaga Book 18 receptacles, luminaires connect seamlessly to Riyadh’s municipal Central Management System (CMS). Supporting LoRaWAN, Zigbee, and cellular NB-IoT frequencies approved by the Communications, Space & Technology Commission (CST), enabling dynamic dimming schedules that reduce municipal power loads by up to 68%.
Every steel pole undergoes chemical degreasing, pickling, and full immersion in a molten zinc bath heated to 450°C per ASTM A123 / ISO 1461. Zinc coatings achieve an average thickness exceeding 86–100 μm, backed by an optional electrostatic thermoset fluorocarbon or polyester powder topcoat, achieving C5-M / C5-I classification for ultimate longevity against salt, sand, and industrial pollutants.
| Engineering Attribute | Standard Export Commercial Spec | Xintong Riyadh Heavy-Duty Vision 2030 Grade | Riyadh Project Impact |
|---|---|---|---|
| Steel Substrate Grade | Commercial Q235 Mild Steel | High-Yield Structural Q355B (Yield Strength ≥ 355 MPa) | Mitigates high-mass high mast deflection during extreme sandstorms |
| Galvanizing Thickness | 50 – 65 μm average | 86 – 110 μm Hot-Dip Galvanized (ISO 1461 / ASTM A123) | Extends maintenance-free design life beyond 30+ years in desert soils |
| LED Driver Junction Temp | Rated to 45°C ambient | Rated to 60°C ambient with 10kV/20kV SPD Surge Suppression | Zero driver component degradation or sudden summer luminaire dropouts |
| Battery Architecture | Ternary Lithium / Gel VRLA | PCM Thermal-Insulated LiFePO4 (3,500+ cycles @ 80% DoD) | Continuous autonomous night operation across unshaded desert rings |
| Optical Ingress & Impact | IP65 / IK08 | IP66/IP68 Hermetically Sealed / IK10 Toughened Glass | Prevents sand micro-abrasion clouding the optical distribution lenses |
From arterial expressway junctions to remote desert logistics zones, our custom structural and lighting solutions simplify EPC tender procurement.
Highways such as the Riyadh Northern Ring Road, Makkah Road, and Al-Kharj Highway demand uniform, glare-free optical arrays mounted on 20m to 35m polygonal high mast towers. We deliver complete high mast assemblies equipped with multi-cable safety winches, automatic latching mechanisms, and aerodynamic headframes optimized via DIALux simulation to ensure low Unified Glare Rating (UGR < 19) and high longitudinal uniformity (Ul ≥ 0.7).
Supporting MODON industrial clusters (MODON Riyadh 1st, 2nd, and 3rd Industrial Cities) and the King Salman International Airport freight logistics corridors. We supply heavy-load distribution steel poles and broad-throw floodlights engineered to run 24/7 without thermal degradation, lowering facility operational expenditure (OPEX) while maximizing nighttime container yard safety.
For perimeter defense corridors, bypass routes, and remote sub-developments where grid trenching is economically non-viable, our XT-DT-1 split-type and XT-YTH all-in-one solar luminaires provide complete off-grid autonomy. High-conversion mono-crystalline PV arrays capture high solar irradiance while delivering 3 to 5 full days of blackout autonomy during cloudy spells or sandstorm obscurings.
Aligning with Amanat Al-Riyadh's urban beautification directives, our decorative conical and stepped lighting poles blend traditional Najdi aesthetic cues with futuristic smart city multi-tenant utility. Internal cable wireways and modular T-slots accommodate smart parking sensors, public Wi-Fi access points, EV charging bases, and smart public address loudspeakers.
Yangzhou Xintong Traffic Equipment Group’s 100,000 m² smart production base represents the pinnacle of vertical industrial integration. By executing CNC plate decoiling, single-step laser cutting, tandem press braking (up to 16,000 kN capacity), submerged arc robotic longitudinal welding, and full-immersion hot-dip galvanizing under one roof, we eliminate intermediate supply chain margins and deliver strict quality trace-back.
For Saudi EPC contractors managing tight penalty clauses, our logistics model guarantees predictable throughput. We manage integrated maritime and multi-modal container freight routes from Shanghai/Ningbo directly to King Abdulaziz Port (Dammam) or Jeddah Islamic Port, with expedited bonded transit to the Riyadh Dry Port (RDP).
Original Baosteel / Shougang mill certificates verified per heat batch for precise tensile, yield, and chemical composition.
Continuous submerged-arc longitudinal seam inspections ensuring 100% full-penetration welding without porosity or inclusions.
Zinc coating verified per ASTM B499; luminaire coatings subjected to 1,500 hours neutral salt spray testing (ISO 9227).
Every luminaire batch passes a 48-hour continuous burn-in test inside a 55°C climate chamber to confirm thermal stability.
We de-risk overseas procurement by issuing full bilingual technical submittals, factory test reports (MTC), and Saudi electronic customs clearance certificates.
We handle product registration, Product Certificate of Conformity (PCoF), and Shipment Certificate of Conformity (SCoF) via SABER through accredited notified conformity assessment bodies (CBs), guaranteeing rapid customs clearance without demurrage risks at Saudi entry ports.
Luminaires hold formal third-party test reports covering SASO 2927 (Road Lighting Energy Efficiency), IEC 60598-1/2-3 (Electrical Safety), and IEC 62471 (Photobiological Safety), satisfying tender specifications from the Ministry of Transport and Logistic Services (MOTLS).
Our in-house lighting design team generates comprehensive DIALux Evo calculations, 3D luminance profiles, pole deflection structural verification, and anchor-bolt foundation cage drawings formatted specifically for EPC engineer-of-record submission.
Direct answers to the most common questions raised by project engineers, procurement managers, and municipal tender boards.
Explore our full line of specialized lighting masts, distribution poles, and solar lighting solutions engineered to meet Riyadh project specifications.

Ornate architectural steel poles blending traditional regional heritage with high-efficiency LED luminaires, ideal for Riyadh tourist zones, luxury resorts, and high-profile residential quarters.

Engineered low-voltage utility distribution poles designed to Saudi Electricity Company (SEC) mechanical load criteria, replacing aging concrete poles with hot-dip galvanized structural steel.

Reinforced heavy-wall steel poles designed for extreme desert wind zones and heavy luminaire attachments, carrying verifiable Finite Element Analysis (FEA) safety margins.

Commercial high-output integrated solar luminaires delivering over 15,000 lumens, equipped with angle-adjustable brackets to maximize winter/summer solar irradiance capture across the Arabian plateau.

Heavy-duty 25m to 40m polygonal mast structures for large-scale container terminals and airport aprons, with double-drum motorized winch safety gears and marine-grade floodlighting.

Serialized 6m to 14m conical and octagonal steel lighting shafts with single or twin curved outreach arms, custom base flanges, and tamper-resistant access doors tailored for municipal tenders.

Full-immersion hot-dip galvanized highway poles matching Ministry of Transport standard drawings, offering modular arm configurations, corrosion warranties, and rapid turnaround lead times.

Heavy-capacity split solar street lighting system featuring independent high-wattage photovoltaic modules up to 450W and buried insulated battery boxes designed for desert roads outside the metro grid.