As the core transportation equipment for steel production, processing, and circulation, steel transfer vehicles, with their specialized design, effectively solve transportation problems such as heavy weight, irregular volume, and easy wear of steel (such as steel plates, steel sections, steel pipes, steel coils, etc.), bringing multidimensional convenience to industrial production, logistics efficiency, and operational safety. This is reflected in the following aspects:
Efficiency improvement and cost reduction: Exclusive load-bearing structures (such as steel coil saddles and steel plate anti-skid platforms) are adapted to the characteristics of steel and can be loaded in batches without additional reinforcement, increasing transportation efficiency by 30% -50%; Flexibly connect workshops, ports, construction sites, and other scenarios to reduce round-trip times and logistics costs.
Material protection: Fix the steel with anti slip, clamping, and buffering devices to avoid collision and deformation during transportation; Some models come with rain and dust covers or high-temperature resistant lining plates to ensure the performance of special steel materials such as galvanized steel and high-temperature steel billets.
Safe and labor-saving: Hydraulic lifting and automatic loading and unloading functions replace manual handling, reducing the risk of waist injury and smash injury; Equipped with overload protection, emergency braking and other devices, unmanned vehicles can enter high-risk areas for operation.
Flexible adaptation: divided into electric flatcars (short distance in the factory area), heavy-duty semi trailers (long distance), off-road types (construction sites), etc. Some adjustable load-bearing frames achieve "one vehicle for multiple purposes", compatible with multiple specifications of steel, and reduce equipment idle.
Supporting large-scale production: Standardized design can be integrated with production lines and warehousing systems to form an automated "transportation processing" loop, helping industries such as steel and automotive to achieve continuous production.
