The Steel Coil Transfer Cart is a product within the DWP series-a wheeled mobile solution specifically designed for the transport of steel coils, rolled materials, and aluminum coils. Products in the DWP series are primarily battery-powered; users may choose between lead-acid batteries or lithium-ion batteries, which provide the motive force to drive the vehicle forward, backward, and through turns.

A steel coil transfer cart is a wheeled transport device engineered for the movement of heavy materials. Fitted with wheels made of wear-resistant polyurethane polymer or rubber, it combines outstanding wear and impact resistance to deliver exceptional load-bearing performance for the electric flat carriage.

Thanks to its wheeled structure, the cart can move flexibly in workshops, narrow passages and factory premises-areas where traditional equipment such as cranes and forklifts lack maneuverability. This makes the transfer trolley an ideal choice for material transfer between workshops and across different workstations.

The choice of raw materials for a steel coil transfer cart is critical, as it directly impacts durability and load-bearing capacity. Steel is a highly popular material due to its excellent impact resistance, allowing the cart to carry up to 200 tons while maintaining stability.

The frame structure is another essential factor. For heavy-load carts, a box beam structure is often preferred due to its simplicity, strength, and enhanced load-bearing capability.

Reasons for Factories Choosing Steel Coil Transfer Carts

The special cylindrical shape of steel coils severely restricts the types of material handling equipment that can be used safely and effectively. In the past, most of our customers relied mainly on forklifts and overhead cranes for coil transport.

Moving steel coils with a forklift carries inherent safety risks. Steel coils are usually placed directly on the forklift forks, but their extreme weight requires an extremely high level of operating skill. Even a small mistake can lead to serious safety hazards for both the steel coils and on-site personnel.

Overhead cranes, on the other hand, have unquestionably strong lifting capacity, but they are categorized as special industrial equipment. While the entire workshop depends on them for heavy load handling, they involve high upfront investment and require mandatory annual inspections. Their efficiency is also low, as workers must wait for other materials to be moved before the crane can be used for steel coils, making the whole process cumbersome and time-consuming.

By contrast, steel coil transfer carts feature a purpose-built structural design and flexible wheeled movement, providing a ready-to-use solution that is highly convenient and remarkably maneuverable.

Factors Affecting Cost

The price of a steel coil transfer cart varies considerably due to a number of influencing factors.
Load Capacity, Reducer and Battery
Higher load capacity requires more steel material, increasing the overall weight of the cart. This in turn demands a more powerful motor and reducer, leading to a significant rise in cost.
The battery also represents a major cost component. Higher-capacity batteries increase material expenses but extend continuous working time.
Quality of Raw Materials
High-grade materials and branded components cost more but improve durability and reduce maintenance frequency.
Some manufacturers charge extra for enhanced after-sales service and extended warranty coverage, which also affects the total cost.

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