How to Safely Ship A120 Crane Rail to Saudi Arabia?
The expansion of Saudi Arabia's maritime and industrial infrastructure under Vision 2030 has driven a significant increase in the demand for heavy-duty crane rail systems. Specifically, the A120 crane rail (DIN 536 standard) is the preferred profile for high-capacity STS (Ship-to-Shore) and RTG (Rubber Tyred Gantry) crane operations across the Kingdom.
At GNEE RAIL, we specialize in the technical supply of heavy crane rails to the Middle East. This guide details our logistical standards and technical workflows for delivering A120 rails to Saudi Arabian ports and industrial zones.
1. Engineering Applications in Saudi Arabia
The A120 profile is characterized by its wide base and thick web, designed to distribute massive vertical loads-up to 100 kg per meter. In the Saudi environment, this profile is essential for three primary sectors:
- Port Infrastructure & Logistics：Saudi Arabia's strategic location on the Red Sea and the Persian Gulf requires heavy-duty crane systems. At Jeddah Islamic Port and King Abdulaziz Port in Dammam, A120 rails are utilized for automated stacking cranes and heavy-lift quay cranes. The profile's stability is critical for maintaining precise rail alignment under the dynamic loads of high-speed container handling.
- Heavy Industry & Metallurgy：Within the Jubail Industrial City and Yanbu clusters, steel mills and desalination plants utilize heavy-duty bridge cranes. A120 rails provide the necessary structural integrity to support the movement of molten metal ladles and large-scale industrial components where failure or track deformation is not an option.
- NEOM & Future Hubs：The development of automated logistics parks in NEOM requires high-precision crane tracks for stacker cranes and gantry systems. The A120's adherence to the DIN 536 standard ensures compatibility with international lifting equipment brands commonly used in these mega-projects.
2. Specifications of A120 Rail
A120 rail is a heavy-duty DIN 536 standard crane rail designed for high-load industrial applications, characterized by a 100 kg/m mass, 120 mm head width, 105 mm height, and 220 mm base width.Typically made of U71Mn or 900A steel, it is widely used for port, shipyard, and steel mill cranes, offering high strength and durability.
| DIN536 Crane Rail | Head Width (mm) |
Base Width | Rail Height | Waist Thickness | Nominal Weight (kg/m) |
|---|---|---|---|---|---|
| A65 | 65 (±0.8) | 175 (+1.5, -4) | 75 (±1) | 38 | 43.10 |
| A75 | 75 (±0.8) | 200 (+2, -5) | 85 (±1) | 45 | 56.20 |
| A100 | 100 (±1) | 200 (+2, -5) | 95 (±1.5) | 60 | 74.30 |
| A120 | 120 (±1) | 220 (+2, -5) | 105 (±1.5) | 72 | 100.00 |
| A150 | 150 (±1) | 220 (+2, -5) | 150 (±1.5) | 80 | 150.30 |
3. Export Packaging Standards for High-Salinity Environments
Shipping heavy steel to Saudi Arabia involves transit through high-humidity maritime routes and storage in arid, saline coastal environments. GNEE RAIL implements a rigorous packaging protocol to ensure material integrity upon arrival.
Anti-Corrosion Strategy
- Surface Treatment: Each A120 rail is mechanically cleaned and coated with a high-viscosity anti-rust oil or industrial bituminous paint before dispatch.
- Weatherproof Covering: For shipments passing through the Red Sea, we offer heavy-duty waterproof tarpaulin wrapping for the entire bundle, preventing salt spray from making contact with the steel during the sea voyage.
Mechanical Protection & Handling
- Structural Bundling: Due to the A120's weight (approx. 101.3 kg/m), rails are bundled using high-tensile steel strapping. We utilize wooden dunnage between layers and at the base of the bundles to prevent metal-to-metal friction and to allow for safe forklift and crane access.
- End Protection: Plastic or steel caps are available to protect the rail ends, particularly for rails that have been pre-drilled for joint bars or precision-cut for specific track lengths.
4. Shipping & Logistics: China to Saudi Arabia
We coordinate logistics from major Chinese hubs-primarily Tianjin Port and Qingdao Port-to ensure reliable transit times to the Middle East.
Shipping Modes
- Breakbulk Vessel: This is the most cost-effective and standard method for A120 rails, especially for 12-meter lengths. Rails are stowed in the ship's hold or on deck under specialized lashing.
- Flat Rack (FR) or Open Top Containers: For smaller batches or urgent site requirements, we utilize 40ft Flat Rack containers, allowing for overhead loading at the mill and easy discharge at the destination.
Transit and Clearance
- Transit Time: Typically 15–20 days for production followed by approximately 22–28 days for maritime transit to Jeddah or Dammam.
- Customs & SABER Compliance: We are experienced in the Saudi customs landscape. GNEE RAIL assists in providing the necessary documentation for the SABER system, including the Certificate of Conformity (CoC), Commercial Invoice certification, and the Certificate of Origin (CO).
Get Project Quotation
Technical reliability is the foundation of our export operations. GNEE RAIL bridge the gap between Chinese manufacturing and Saudi Arabian engineering standards.
- Third-Party Inspection: We facilitate inspections by SGS, BV, or Intertek at our facility. Every shipment is accompanied by a Mill Test Certificate (MTC) according to EN 10204 3.1.
- Complete Rail Systems: Beyond the A120 profile, we provide a "one-stop" solution including weldable rail clips, rubber pads, and steel sole plates, ensuring all components of the track system are technically compatible.
Contact the GNEE RAIL technical team for a detailed A120 rail specification sheet and a formal CIF quote to your designated port.
