Chute (Transfer Ladle) Baker:
The purpose of the chute (transfer ladle) baker is to rapidly and uniformly raise the temperature level of the chute ladle lining, reduce heat loss during molten metal pouring, and extend the service life of the chute ladle lining. It meets the needs of smelting high-quality non-ferrous metals and steel as well as higher-temperature smelting technologies, and is essential equipment for non-ferrous metal smelting and steel plant production. The chute baker is designed with a baking cover that covers the chute during baking. During chute baking, the flame is contained within an enclosed space, allowing heat to be highly concentrated. With an angle factor of 1, radiant heat transfer is greatly enhanced, significantly improving baking efficiency, with thermal energy utilization reaching as high as 95%. Refractory brick walls are built around the equipment to reduce heat loss to the air. The insulating cover is specially equipped with an air waste heat recovery device featuring a double-layer structural design. The outer cavity is lined with high-alumina zirconia-containing refractory ramming material. The inner cavity is a combustion air coil-type waste heat chamber that utilizes the waste heat generated during baking to rapidly preheat the combustion air to above 150°C, raising the theoretical combustion temperature of the fuel and consequently the temperature inside the ladle, thereby greatly increasing the production capacity of the baker.
Application Fields:
Widely used in non-ferrous metal smelting, steel, metallurgy, machinery manufacturing, urban construction, energy, military and other industries.
Performance Features:
1. Wide fuel selection range for the burner; it can burn any fuel and can also burn multiple fuels simultaneously.
2. Fuel can be switched at will without shutting down the furnace.
3. Targeting the temperature inside the ladle, it automatically adjusts fuel quantity and combustion air volume.
4. High degree of automation, adopting PLC control system with fully automatic interlocking control, avoiding unforeseeable safety accidents caused by manual operation.
5. An air preheating device is installed on the insulating cover, utilizing waste heat to preheat combustion air, which both saves energy and increases the heating and baking temperature.
6. Custom-built production; different types of baking devices can be designed according to the user's fuel and actual site conditions to ensure the actual baking function of the baker.
