Ceramic Fibre Board 1430°C-VITCAS Insulating Board

VITCAS Ceramic Fibre Insulating Board is a premium, high-performance insulation solution designed to withstand extreme temperatures of up to 1430°C / 2600°F. With a density of 300kg/m³, this ceramic fibre board is produced through a vacuum-forming process, which imparts enhanced structural integrity and durability, making it a superior alternative to traditional ceramic fibre blankets.

Key Features and Benefits

• High Temperature Resistance: Engineered to endure temperatures as high as 1430°C / 2600°F, making it suitable for a wide range of high-temperature industrial applications.
• Low Thermal Mass: The board's low thermal mass allows for faster heating and cooling cycles, optimising energy efficiency and reducing operational costs. This is a key advantage over traditional dense firebricks, which retain heat for longer periods.
• Lightweight & Durable: Despite its high temperature tolerance, the VITCAS Ceramic Fibre Board is lightweight and robust, providing long-term insulation without the fragility often associated with other high-temperature materials.
• Thermal Shock Resistance: Excellent resistance to thermal shock, ensuring the material maintains its integrity during rapid temperature fluctuations.

Applications

• Ceramic Kilns: As an efficient insulator, it maintains temperature consistency and reduces energy consumption.
• Glass Slumping & Fusing: Ensures uniform heat distribution, making it perfect for delicate glass processes such as slumping, fusing, and bending.
• Metal Forges & Furnaces: Provides reliable insulation in high-intensity heat environments such as metal forging, foundries, casting, and heat treatment plants.
• Afterburners: Withstands continuous exposure to high temperatures, making it an excellent choice for afterburner systems and exhaust stacks in industrial processing facilities.
• Petrochemical Industry: Used in high-temperature process piping, cracking furnaces, and reformers where thermal insulation is critical to safe and efficient operations.
• Power Generation: Applicable in turbines, boilers, and heat exchangers in power plants where high-temperature insulation is crucial for operational efficiency and thermal management.
• Incinerators: Ideal for lining incinerators and waste treatment facilities where continuous exposure to extreme heat is required for efficient combustion and energy recovery.
• Laboratory Ovens: Provides stable and efficient insulation in high-temperature scientific equipment, such as laboratory ovens and industrial dryers.
• Fire Protection Systems: Serves as a core component in fireproofing structures, doors, and barriers in fire protection applications where high heat resistance is critical to safety standards.
• Automotive and Aerospace: Used in manufacturing processes for thermal shielding of exhaust systems, heat shields, and aerospace components that require lightweight yet highly effective insulation.