What holds firebrick and burner tile securely in place?

What holds firebrick and burner tile securely in place?

• A. Welding
• B. Concrete molds
• C. Anchor bolts
• D. Steel plates

Answer: (C)

The method that holds firebrick and burner tile securely in place is the use of anchor bolts. Anchor bolts are specifically designed to provide a stable and secure attachment between the firebrick or burner tile and the underlying structure, such as a furnace or boiler. These bolts are embedded into the structure and provide a solid mechanical connection that can withstand high temperatures and the rigid nature of the firebrick, ensuring the proper alignment and stability required for efficient operation. In high-temperature applications, such as those involving firebrick and burner tiles, maintaining their position is crucial for safety and performance. Anchor bolts are capable of resisting the thermal expansion and contraction that occurs during operation, which can displace less secure methods of attachment. Other methods, while potentially useful in different contexts, do not provide the same level of security and stability under high-heat conditions as anchor bolts do. Thus, choosing anchor bolts ensures that the firebrick and burner tiles will remain firmly in place, thus facilitating safe and efficient operation of the equipment.

The method that holds firebrick and burner tile securely in place is the use of anchor bolts. Anchor bolts are specifically designed to provide a stable and secure attachment between the firebrick or burner tile and the underlying structure, such as a furnace or boiler. These bolts are embedded into the structure and provide a solid mechanical connection that can withstand high temperatures and the rigid nature of the firebrick, ensuring the proper alignment and stability required for efficient operation.

In high-temperature applications, such as those involving firebrick and burner tiles, maintaining their position is crucial for safety and performance. Anchor bolts are capable of resisting the thermal expansion and contraction that occurs during operation, which can displace less secure methods of attachment.

Other methods, while potentially useful in different contexts, do not provide the same level of security and stability under high-heat conditions as anchor bolts do. Thus, choosing anchor bolts ensures that the firebrick and burner tiles will remain firmly in place, thus facilitating safe and efficient operation of the equipment.