30 Ton Non-Powered Transfer Cart for Slag Bundle Transfer in Smelting Workshops
Production Challenges
In smelting workshops, slag bundles are typically heavy and require frequent transfers. Traditional transfer methods are easily limited by equipment load-bearing capacity, operating distance, and power configuration. Furthermore, direct contact between electrically driven equipment and slag bundles poses a risk of high-temperature damage.
Solution
Based on the customer's specific application scenario, Newld designed this 30 ton non-powered transfer cart, with overall dimensions of 4500×1800×750mm.
The cart body adopts a box-beam frame structure, providing excellent load-bearing capacity. Additionally, the flat platform can be fitted with high-temperature resistant materials for easy placement of slag bundles and related load-bearing devices.
The transfer cart is equipped with cast steel wheels and a tow hook. Connected to a powered vehicle via the tow hook, the vehicle provides traction, enabling the movement and transfer of heavy duty materials.
Advantages
- Safety of Use: The cart requires no independent power system and is not limited by its own power supply or runtime. It can be used flexibly according to the towing capacity of the powered vehicle and the site route.
- Simple Operation: The transfer cart is towed by external force. Its cast steel wheels are suitable for heavy duty conditions, and its box-girder frame can meet the load-bearing requirements of 30-ton materials. The non-powered design reduces the need for electrical systems, resulting in a simple structure, convenient maintenance, and energy efficiency.
Applications
In the high temperature and dusty environment of a smelting workshop, this non-powered transfer cart seamlessly connects to a front-mounted powered tractor via a towing hook, smoothly carrying high-temperature slag bags between the furnace and the processing area.
After the powered cart starts, it drives the non powered transfer cart along a designated route, transferring the slag bags to the target workstation. The combined use of these two devices can meet the continuous, batch-based heavy duty transportation needs of smelting workshops, while reducing the impact of slag bags on powered equipment and ensuring production safety.
