Tundish Shell

About Tundish Shell

A tundish is a refractory-lined vessel used in the continuous casting process of steel production. It acts as a temporary reservoir for molten metal, serving several key functions

Frequently Asked Questions:

Q: What is the purpose of tundish equipment?

A: The primary purpose of tundish equipment is to facilitate the continuous casting process in steelmaking. It helps regulate the flow of molten metal from the ladle to the mold, ensuring a consistent supply and controlling the steel composition. Tundish equipment also aids in the removal of impurities and controlling the temperature of the molten metal before it solidifies.

Q: What are the common types of tundish equipment?

A: Tundish equipment includes various components such as tundish ladles, tundish gates, tundish nozzles, tundish covers, and tundish refractories. Tundish ladles are used to transfer the molten metal from the main ladle to the tundish, while tundish gates and nozzles control the flow of metal into the mold. Tundish covers provide insulation, and tundish refractories line the inner surface of the tundish to withstand high temperatures and chemical reactions.

Q: How does tundish equipment contribute to steel quality?

A: Tundish equipment plays a vital role in improving the quality of steel produced in continuous casting. It helps in the removal of non-metallic inclusions, which can cause defects in the final product. Tundish equipment also enables the control of alloying elements and temperature, ensuring the desired composition and preventing solidification problems. Additionally, tundish equipment allows for the implementation of various techniques like inert gas purging and flow control devices to enhance steel cleanliness.

Q: Can tundish equipment be customized for specific steelmaking requirements?

A: Yes, tundish equipment can be customized to meet specific steelmaking requirements. The size, design, and materials used in the construction of tundish equipment can be tailored to the type of steel being produced, the casting process, and other factors. Customization allows for optimal performance, improved control over molten metal flow, and enhanced steel quality.