Upgrade Your Insulation Solution with REBO Ceramic Fiber Board
Full-Process Technical Support
From site assessment and solution design to installation supervision, our team supports every project stage.
Performance-Driven Engineering
Our systems stabilize operating temperatures, improve efficiency, and reduce energy costs and carbon footprint.
Safety-First Standards
Every REBO solution meets the highest safety standards, protecting both your workforce and equipment.
Key Parameters of Ceramic Fiber Board For Sale
Rebo ceramic fiber boards are available in standard dimensions from stock, ready for fast dispatch. Every parameter, including length, width, thickness, density, and classification temperature, is fully customizable to meet your specific industrial requirements. Explore the full specification range below and contact us to discuss a tailored solution.
| Parameter | Standard Grade | High Density Grade | High Purity Grade |
|---|---|---|---|
| Classification Temp. | 1260°C | 1260°C – 1350°C | 1350°C – 1430°C |
| Max. Service Temp. | 1000°C – 1200°C | 1200°C – 1350°C | 1350°C – 1430°C |
| Density | 220 – 250 kg/m³ | 300 – 320 kg/m³ | 220 – 320 kg/m³ |
| Thermal Conductivity | 0.10 – 0.20 W/m·K | 0.12 – 0.22 W/m·K | 0.08 – 0.18 W/m·K |
| Tensile Strength | ≥ 0.5 MPa | ≥ 0.8 MPa | ≥ 0.6 MPa |
| Linear Shrinkage | ≤ 2% | ≤ 2% | ≤ 1.5% |
| Al₂O₃ Content | 45% – 52% | 45% – 52% | 52% – 62% |
| Shot Content | ≤ 10% | ≤ 8% | ≤ 5% |
| Colour | White | White | Bright White |
Why Choose Ceramic Fire Board Over Other Insulation Materials?
-
LightweightLighter than refractory bricks; reduces structural load.
-
Dimensional StabilityMaintains shape under mechanical pressure.
-
Low Thermal ConductivityRetains heat efficiently; lowers energy consumption.
-
Easy to MachineCuts and shapes with standard tools.
-
Thermal Shock ResistanceWithstands rapid and repeated temperature cycles.
-
Fast InstallationDense structure prevents gas and slag penetration.
-
Strong Chemical Stability:Inert to most molten metals and corrosive gases.
-
Long Service Life:No mortar or curing required.
-
Asbestos-FreeMeets international health and environmental standards.
-
High-Stress SuitabilityIdeal for demanding, high-pressure lining applications.
How to Choose the Right Ceramic Board Insulation Grade for Your Application
Standard grade fiber ceramic board suits general industrial insulation applications. Classification temperature reaches 1260°C. It delivers reliable thermal performance at a competitive price. This grade suits heat treatment furnaces, boilers, and general kiln linings.
High density ceramic fiber board delivers superior mechanical strength. Density ranges from 300 to 320 kg/m³. It resists abrasion, mechanical contact, and gas flow erosion. This grade suits kiln car surfaces, furnace floors, and high-traffic lining areas.
High temp ceramic fiber board handles extreme thermal environments. Classification temperature reaches 1350°C and 1430°C. High temperature fiber board contains higher Al₂O₃ content for superior stability. This grade suits steel plants, glass furnaces, and petrochemical reactors.
Zirconium Fireproof Ceramic Fiber Board
Industries & Applications of Refractory Insulation Board
REBO bricks are installed in kilns, furnaces, and ladles worldwide. Below are the key application scenes and real-world results from our customers. The application examples below represent real installations and feedback from our global customers engineers and procurement teams who chose REBO for both technical reliability and competitive factory high alumina bricks price.
Refractory ceramic fiber board lines ladles, tundishes, and heat treatment furnaces, withstanding direct metal contact and extreme thermal shock without cracking or deformation.
Rebo boards meet the toughest steel industry standards and are commonly used alongside ceramic fiber modules and castables to form a complete, high-performance furnace lining system.
High-temperature ceramic fiber board suits glass melting furnaces and ceramic sintering kilns, handling aggressive chemical atmospheres with ease. Its excellent dimensional stability ensures tight joints and minimal heat loss throughout the process.
For enhanced insulation performance, it is often combined with ceramic fiber blanket as a secondary backing layer.
Ceramic fiber board insulates reactors, reformers, and high-temperature pipelines in both oxidizing and reducing atmospheres. It reduces heat loss, improves process efficiency, and lowers overall energy consumption.
Used in combination with ceramic fiber rope for sealing and ceramic fiber blanket for pipe insulation, Rebo products cover every thermal protection need across the facility.
High temperature ceramic fiber board is an ideal insulation solution for rotary kilns, preheater cyclones, and calcination systems in cement and lime production. It withstands the continuous high-temperature and abrasive conditions of these processes, maintaining structural integrity and thermal efficiency over extended service periods.
Paired with high-density ceramic fiber blanket and refractory castables, Rebo provides a complete insulation system tailored to the specific demands of cement and lime plant operations.
Ceramic Refractory Board vs Ceramic Fiber Blanket vs Insulation Brick
Rebo ceramic fiber boards are available in standard dimensions from stock, ready for fast dispatch. Every parameter, including length, width, thickness, density, and classification temperature, is fully customizable to meet your specific industrial requirements. Explore the full specification range below and contact us to discuss a tailored solution.
| Comparison | Ceramic Fiber Board | Ceramic Fiber Blanket | Insulation Brick |
|---|---|---|---|
| Rigidity | High | Low | Very High |
| Weight | Light | Lightest | Heavy |
| Max. Temperature | 1430°C | 1430°C | 1550°C |
| Thermal Conductivity | Low | Lowest | Medium |
| Installation Speed | Medium | Fast | Slow |
| Machinability | Excellent | Good | Poor |
| Thermal Shock Resistance | Good | Excellent | Medium |
| Best Application | Structural flat surfaces | Curved & flexible surfaces | Load-bearing structures |
| Price Level | Medium – High | Low – Medium | Medium – High |
Competitive Factory-Direct Ceramic Fiber Board Price for Every Order
Ceramic fiber board price varies by grade, density, size, and order quantity. Standard grade ceramic fiber insulation board starts at a lower price point. High density ceramic fiber board and high temperature grades carry a premium. Bulk orders receive factory-direct pricing.
We are a direct ceramic fiber board manufacturer. No middlemen. No extra markups. Every ceramic fiber board for sale from REBO comes with full factory pricing and documentation. Contact us for a customized ceramic fiber board price quote. We respond within 24 hours.
Global Industries Choose Rebo as Their Ceramic Fiber Board Suppliers
As a trusted refractory board manufacturer, REBO delivers consistent quality, fast lead times, and complete technical support on every order. Here is why global buyers choose us:
- 20+ Years of experience in refractory and insulation materials
- 600,000+ tons annual production capacity across all ceramic fiber products
- 50+ countries served worldwide
- 381 patents and 61 certified technical achievements
- ISO 9001 certified quality management system
- Full product range, including ceramic fiber board, blanket, module, paper, rope, and more.
- Custom sizes available for every order
- Factory-direct pricing with no middlemen
FAQs for Refractory Board For Sale
Ceramic fiberboard is the go-to solution when rigidity matters. It holds its shape under mechanical stress. It stays dimensionally stable under repeated heating and cooling cycles. This makes ceramic fiber thermal insulation board a top choice for demanding industrial applications.
Step 1. Measure & Cut
Mark the required dimensions. Cut ceramic fiberboard with a standard hand saw, angle grinder, or CNC machine. It cuts cleanly without crumbling.
Step 2. Fix in Place
Attach refractory ceramic fiber board using stainless steel anchors, ceramic fiber adhesive, or mechanical fasteners. No mortar needed.
Step 3. Seal the Joints
Apply ceramic fiber adhesive or blanket strips between board joints. This eliminates heat leakage paths.
Step 4. Inspect & Commission
Check all joints and anchor points before first firing. The lining is ready for immediate use. No curing time required.
