Ceramic Fiber Paper is a lightweight refractory insulation material developed for applications requiring thin-profile thermal insulation, reliable sealing performance, and efficient heat control under elevated temperatures.
Manufactured from high-purity ceramic fibers through precision wet-forming technology, Ceramic Fiber Paper combines low thermal conductivity, excellent flexibility, and superior resistance to thermal shock.
Compared with conventional insulation sheets and gasket materials, Ceramic Fiber Paper delivers lower heat loss, easier installation, and improved energy efficiency in compact thermal systems.
Cera Thermal supplies Ceramic Fiber Paper in multiple thicknesses and temperature classifications to support industrial sealing, thermal barriers, and refractory insulation applications.
Ceramic Fiber Paper is optimized for applications where traditional insulation materials are too bulky or lack flexibility.
Low thermal conductivity for efficient heat retention
Excellent flexibility for wrapping and forming
Lightweight structure with minimal heat storage
Strong resistance to thermal shock
Easy cutting and installation
Uniform thickness for precision fitting
Low shrinkage during thermal cycling
Clean asbestos-free composition
These characteristics make Ceramic Fiber Paper suitable for precision insulation systems and thermal sealing applications.
Ceramic Fiber Paper performs exceptionally well in systems requiring lightweight thermal barriers and dimensional accuracy.
Furnace hot face protection
Furnace expansion joints
Backup thermal insulation
Inspection port insulation
High-temperature gasket material
Flange sealing
Thermal joint sealing
Equipment interface insulation
Thermal barriers
Process insulation layers
Heat shielding components
Pipe insulation
Heat exchanger insulation
Thermal oxidizer sealing
Process heater protection
Selecting the proper thickness improves both insulation performance and installation efficiency.
| Grade | Thickness Range | Classification Temperature | Recommended Application |
|---|---|---|---|
| Standard | 0.5–6 mm | Up to 1260°C | General thermal insulation |
| High Purity | 1–5 mm | Up to 1350°C | Precision sealing |
| High Alumina | 1–10 mm | Up to 1430°C | Severe thermal environments |
Available options:
Custom thickness
Roll width customization
Precision cutting
OEM insulation conversion
Ceramic Fiber Paper offers advantages beyond traditional rigid or thick insulation materials.
| Evaluation Factor | Conventional Sheet Insulation | Ceramic Fiber Paper |
|---|---|---|
| Thickness Control | Moderate | Excellent |
| Flexibility | Limited | High |
| Heat Storage | Higher | Lower |
| Installation | More complex | Easier |
| Thermal Efficiency | Standard | Improved |
This allows more precise thermal management and lower energy consumption.
Selecting the right paper specification depends on operating conditions.
Choose thinner grades for wrapping and dynamic sealing applications.
Increase thickness to reduce heat transfer.
Use uniform low-shrinkage grades for dimensional stability.
Ceramic Fiber Paper provides insulation without increasing assembly size.
Our technical team can recommend optimized configurations based on your process conditions.
Cera Thermal focuses on precision manufacturing and stable thermal performance.
Controlled thickness production
Uniform fiber distribution
Stable dimensional tolerance
Industrial-scale manufacturing
Global supply capability
Technical consultation support
Each product is designed to improve insulation efficiency while maintaining installation flexibility.
Combine Ceramic Fiber Paper with complementary products:
Ceramic Fiber Blanket
Ceramic Fiber Board
Ceramic Fiber Bulk
Ceramic Fiber Textile
Vacuum Formed Ceramic Fiber Shapes
Integrated insulation systems help reduce operating cost and improve thermal stability.
Ceramic Fiber Paper is mainly used for thermal sealing, high-temperature gaskets, expansion joints, and thin insulation layers.
Depending on the selected grade, continuous operating temperatures can reach approximately 1260–1430°C.
Yes. It is highly flexible and can be easily cut or wrapped during installation.
In many high-temperature environments, Ceramic Fiber Paper provides improved insulation and lower heat loss.
Yes. Customized thicknesses, widths, and converted formats are available.