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Ceramic Fiber Board is a rigid refractory insulation material engineered for industrial applications that require excellent mechanical strength, dimensional stability, and low thermal conductivity under continuous high-temperature exposure.
Manufactured from high-purity ceramic fibers and processed with controlled forming technology, ceramic fiber boards provide lightweight insulation performance while maintaining structural integrity in demanding thermal environments.
Compared with conventional refractory materials, Ceramic Fiber Board reduces heat loss, lowers furnace shell temperatures, and improves overall thermal efficiency across industrial heating systems.
Cera Thermal supplies ceramic fiber boards in multiple temperature grades, densities, and thickness options for industrial furnace and thermal insulation applications.
Unlike flexible insulation products, Ceramic Fiber Board is designed to maintain shape and insulation performance where mechanical support and dimensional accuracy are required.
High compressive and mechanical strength
Low thermal conductivity for improved heat retention
Excellent dimensional stability at elevated temperatures
Lightweight construction for easier installation
Low shrinkage during continuous operation
Resistant to thermal shock and repeated heating cycles
Easy machining and on-site processing
These characteristics make Ceramic Fiber Board an effective solution for modern industrial insulation systems.
Ceramic Fiber Boards are commonly used where rigid insulation and controlled heat transfer are essential.
Furnace hot face lining
Furnace backup insulation
Kiln insulation panels
Combustion chamber insulation
Burner blocks
Heat shields
Industrial ovens
Heat treatment systems
Petrochemical heaters
Steel processing equipment
Non-ferrous metal production
Power generation systems
Expansion joint insulation
Structural thermal barriers
Thermal equipment partitions
Process insulation panels
Different thermal environments require different board structures and temperature classifications.
| Grade | Classification Temperature | Density | Typical Use |
|---|---|---|---|
| Standard | Up to 1260°C | 220–300 kg/m³ | General insulation |
| High Purity | Up to 1400°C | 240–320 kg/m³ | Heat treatment systems |
| High Alumina | Up to 1600°C | 250–350 kg/m³ | Severe thermal environments |
Available customization:
Thickness options (10–100 mm)
Custom dimensions
Density selection
Surface treatment options
OEM refractory manufacturing
Selecting the correct insulation board directly impacts thermal performance and operating cost.
| Evaluation Factor | Traditional Refractory | Ceramic Fiber Board |
|---|---|---|
| Weight | Heavy | Lightweight |
| Thermal Conductivity | Higher | Lower |
| Installation | Labor intensive | Easier |
| Heat Storage | Higher | Lower |
| Energy Efficiency | Moderate | Improved |
| Thermal Response | Slower | Faster |
This enables faster startup cycles and improved thermal control across industrial processes.
Before selecting Ceramic Fiber Board, evaluate the following engineering factors.
Choose a board grade that exceeds actual operating conditions.
Determine whether the board will function as support insulation or thermal shielding.
Match insulation thickness with target surface temperature.
Evaluate panel fixing, layering, and maintenance accessibility.
Consider operating frequency and thermal cycling conditions.
Our engineering team can assist with board selection and insulation structure recommendations.
Cera Thermal delivers more than standard insulation products.
Stable industrial-scale production
Customized board formulation
Strict dimensional control
Global project delivery capability
Technical consultation and application support
Each board is manufactured to achieve reliable thermal performance and installation consistency.
Ceramic Fiber Board is widely used in industrial furnaces, kiln insulation, burner blocks, backup insulation layers, and thermal barriers.
Depending on grade selection, boards support operating temperatures up to approximately 1600°C.
Yes. The board can be cut, shaped, and installed using conventional processing methods.
It offers lower weight, improved thermal insulation, lower energy consumption, and better dimensional stability.
Yes. Custom thickness, dimensions, density, and formulation are available.
