Views: 0 Author: Site Editor Publish Time: 2026-04-24 Origin: Site
Application Background
1. In the steelmaking workshop, a large number of hot metal ladles need daily cleaning. The long cleaning time severely occupies operation sites. Delayed cleaning greatly restricts the turnover efficiency of hot metal ladles.
2. The traditional cleaning method relies on travelling cranes to drag large slag deposits at the ladle mouth, with excavators or breaker machines cooperating with manual work to remove adhered iron inside and outside the ladle flange. It features long equipment occupation time and low equipment utilization, which seriously disrupts the production rhythm. Meanwhile, multi-person collaborative operation is required, resulting in high safety risks.
3. The traditional cleaning is conducted offline with complicated procedures. Hot metal ladles must be cooled down to a specific temperature before cleaning, causing massive heat loss and seriously reducing energy utilization efficiency.
Economic Benefits
1. Reduce the turnover time of hot metal ladles.
2. Cut down desulfurization and slag skimming time, and improve the iron charging efficiency of converters.
3. Reduce hot metal loss.
4. Adopt energy-saving motor drive with environmental protection and low carbon emission.
