Ceramic Fiber Thin Board
| Cat | Products Name | Price |
|---|---|---|
| AIMRSE-CER-016 | Ceramic Fiber Thin Board (Ordinary) | Request a Quote |
| AIMRSE-CER-017 | Ceramic Fiber Thin Board (Standard) | Request a Quote |
| AIMRSE-CER-018 | Ceramic Fiber Thin Board (High Purity) | Request a Quote |
| AIMRSE-CER-019 | Ceramic Fiber Thin Board (High Aluminum) | Request a Quote |
| AIMRSE-CER-020 | Ceramic Fiber Thin Board (Zirconium-Containing) | Request a Quote |
Product Overview
At AIMRSE, our ceramic fiber thin board is designed for those who require more than just a flexible barrier. These boards offer a unique combination of structural rigidity and superior heat resistance, serving as a stable shield in the most demanding environments. Unlike traditional soft insulation, these products maintain their dimensional integrity under stress, providing a clean and durable surface that resists the wear and tear of high-velocity airflow and thermal shifts.
Crafted to be both lightweight and exceptionally strong, these boards are ideal for applications where space is a premium and weight reduction is essential. Their user-friendly nature allows for effortless precision cutting and shaping, ensuring a perfect fit for complex designs. Whether used as protective linings or internal partitions, these boards provide a sustainable, safe, and efficient solution for managing extreme heat while protecting critical infrastructure.
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Technical Specifications Comparison
| Parameter | Ceramic Fiber Thin Board (Standard) | Ceramic Fiber Thin Board (High Aluminum) | Ceramic Fiber Thin Board (Zirconium-Containing) |
|---|---|---|---|
| Classification Temperature | 1260°C | 1360°C | 1430°C |
| Operating Temperature | 1050°C | 1200°C | 1350°C |
| Al₂O₃ | 46% | 52% - 55% | 39% - 40% |
| Al₂O₃+SiO₂ | 96% | 99% | / |
| Al₂O₃+SiO₂+ZrO2 | / | / | 99% |
| ZrO2 | / | / | > 15% - 17% |
| View Ceramic Fiber Thin Board Standard Details | View Ceramic Fiber Thin Board High Aluminum Details | View Ceramic Fiber Thin Board Zirconium Containing Details |
Product Features
Every AIMRSE's ceramic fiber thin board is engineered for reliability and performance in extreme conditions.
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High Temperature Stability
Maintain insulation performance at elevated temperatures, offering reliable behavior under continuous heat exposure. -
Low Thermal Conductivity
Excellent insulation properties help minimize heat loss and improve energy efficiency in thermal systems. -
Rigid Structural Strength
Provides load-bearing capacity and erosion resistance compared to flexible insulation materials. -
Consistent Dimensional Stability
Low shrinkage under high heat ensures long service life and reduces the risk of deformation in critical components. -
Easy Machinability
Can be easily cut, drilled, or sanded into precise shapes with standard tools. -
Lightweight & Low Heat Storage
Lower density than traditional refractory bricks reduces overall system weight and lowers heat storage for faster thermal cycling.
Application
Ceramic fiber thin boards are engineered for environments where rigid structural integrity and high-performance thermal insulation are required simultaneously. From precise industrial sealing to aerospace thermal protection, these boards provide a stable, non-deforming barrier against extreme temperatures.
Industrial Furnace Linings
Refractory insulation lining for high-temperature industrial furnaces, reducing heat loss efficiently.
Kiln Cars & Door Seals
Thermal insulation for kiln cars and furnace doors with excellent thermal shock resistance.
Temperature Partition Boards
Internal boards separate furnace zones for precise temperature control and improved efficiency.
High-Temperature Equipment Insulation
External insulation for boilers and high-heat equipment, reducing surface temperature and energy loss.
Aerospace & Marine Insulation
Lightweight thermal and fire protection for aerospace platforms and marine engine compartments.
Appliances & HVAC
High-efficiency insulation for fireplaces, ovens, heaters, and industrial HVAC systems.
Aluminum & Non-Ferrous Industry
Lining for aluminum furnaces and launders, resisting molten metal corrosion.
Laboratory & Testing Equipment
Insulation lining for laboratory furnaces and testing equipment with stable thermal performance.
What Our Customer Say
We have integrated AIMRSE's ceramic fiber thin board into our high-temperature process equipment, and the results have been consistently impressive. The boards maintain their shape and insulation properties even after repeated thermal cycling, which has significantly improved the energy efficiency of our systems. What stands out most is the material's rigidity and clean machinability, allowing us to fabricate precise components without cracking or fraying. The technical support from AIMRSE has been equally reliable, helping us select the right product for each unique application. It is rare to find a supplier that delivers both product excellence and genuine engineering partnership. AIMRSE has earned our trust through performance, consistency, and a commitment to solving real-world thermal management challenges.
The Advantage of AIMRSE
Industry-Leading High-Temperature Material Expertise
Decades of accumulated knowledge in refractory and high-temperature insulation ensure every board delivers reliable, predictable performance in your most demanding applications.
End-to-End Engineering Collaboration
We position ourselves as your technical partner, not just a supplier. Our engineers work alongside your team to select the precise products that integrate seamlessly with your system design.
Rigorous Quality Assurance & Batch Consistency
Every production batch undergoes comprehensive testing in our ISO-compliant laboratories for thermal conductivity, mechanical strength, and chemical purity, ensuring you receive material that matches published specifications exactly, batch after batch.
Sustainable & Compliant Material Design
All AIMRSE's ceramic fiber boards are asbestos‑free and formulated with low organic content that burns out cleanly. This supports workplace safety, helps meet global environmental regulations, and contributes to our customers' sustainability goals.
Related Products
Technical data represent typical values. As applications vary, we recommend consulting our technical team to ensure the best fit for your specific requirements.
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