Core Transportation Requirements for Different Types of Metallurgical Equipment
Heavy/Extra-Large Metallurgical Equipment (e.g., giant frames, forging hydraulic press components)
These types of equipment typically have a single piece exceeding 15 meters in length, 8 meters in width, and weighing hundreds of tons, requiring extremely high standards for vibration and deformation control during transportation:
Traditional containers/bulk vessels are unsuitable; customized flat rack containers or special transportation solutions are required. The damage rate due to improper selection or reinforcement of flat rack containers can reach 3.5%;
A safety assessment of the transportation route must be conducted in advance, avoiding narrow and sloping sections, and temporary supports and reinforcement should be installed if necessary.
Metallurgical Finished Products/Raw Materials (e.g., steel coils, steel products)
These goods are classified as heavy bulk cargo, posing high safety risks and requiring strict adherence to national standards: my country officially implemented the "Requirements for Binding and Fixing of Steel Coils for Road Transportation" (GB/T 42230) on December 30, 2022, which mandates specific binding methods; Specialized lifting equipment must be used to ensure intact packaging. During transportation, vehicle speed must be controlled, distance maintained, and vehicle condition checked regularly. Insecure securing can easily lead to serious safety accidents.
High-Temperature Metallurgical Materials (e.g., molten iron, hot sintered ore)
Internal factory transportation places special demands on vehicles: Specialized metallurgical vehicles are required, such as 80-420 ton capacity molten iron ladle cars/torpedo-type molten iron ladle cars, 70 ton capacity hot iron block transport cars, etc. Vehicle structures must meet high-temperature load-bearing requirements; Internal combustion or electric traction is used, requiring high strength of the track structure and high levels of automation in transportation.
Metallurgical standard samples have high requirements for the stability of the transportation environment and must comply with the standard "YB/T 083-2016 Packaging, Transportation and Storage of Metallurgical Standard Samples": The transportation environment must meet the following requirements: temperature fluctuation ≤ ±5℃, humidity ≤ 75%. Short-distance transportation should prioritize sealed road transportation, while long-distance transportation of valuable standard samples should choose rail or air transportation. Long-distance transportation requires the use of a temperature and humidity recorder, which records data every 30 minutes. If the data exceeds the standards, immediate adjustments and actions must be taken.