Insulating Fire Bricks-VITCAS Grade 23 - 2300°F/ 1260°C

Vitcas Insulation Fire Bricks are expertly crafted from high-purity refractory clays using an advanced manufacturing process that ensures a controlled pore structure. These bricks are significantly lighter in weight compared to traditional fireclay bricks, making them ideal for applications where heat storage is undesirable. With a remarkable resistance to temperatures up to 1260°C / 2300°F, Vitcas Grade 23 Insulation Fire Bricks offer superior thermal insulation and efficiency.

Key Features

• High-Temperature Resistance: Withstand temperatures up to 1260°C / 2300°F.
• Lightweight Design: Easier to handle and install compared to fireclay bricks.
• Controlled Pore Structure: Enhances thermal insulation properties.
• High Purity Materials: Made from premium refractory clays for exceptional durability.
• Dimensions: 230mm x 114mm x 76mm (9 x 4.5 x 3 inches)

Recommended Setting Material: Silcas M White Refractory Mortar is recommended for optimal setting and performance of Grade 23 insulation bricks.

Applications:

Primary Hot Face Refractory Lining:

• Ceramic Kilns: Ideal for providing thermal insulation in kilns used for firing ceramics, ensuring consistent temperatures and energy efficiency.
• Forges: Suitable for blacksmiths and metalworkers requiring high-temperature resistance and minimal heat retention.
• Heat Treatment Furnaces: Perfect for industrial applications involving the heat treatment of metals and materials, offering superior insulation and temperature stability.

Back-Up Insulation:

• Furnaces: Serve as back-up insulation behind other refractory materials, enhancing overall thermal performance.
• Kilns: Provide secondary insulation in various types of kilns, maintaining stable temperatures and reducing energy consumption.
• Flues: Ensure efficient insulation in flue systems, minimising heat loss and improving energy efficiency.
• Refining Vessels: Enhance thermal insulation in vessels used for refining processes, maintaining high temperatures and reducing heat loss.
• Heaters: Suitable for industrial heaters requiring high-temperature insulation and efficient heat management.
• Regenerators: Improve the thermal efficiency of regenerators by serving as secondary insulation.
• Gas Producers: Enhance the performance of gas production units by providing reliable insulation.
• Soaking Pits: Ideal for use in soaking pits, ensuring consistent heat retention and temperature control.
• Stress Relieving Furnaces: Provide effective insulation in furnaces used for stress relieving processes, ensuring uniform temperatures and efficient heat management.
• Reactor Chambers: Enhance the insulation of reactor chambers, ensuring optimal temperature stability and energy efficiency.