Engineered furnace-lining systems
Ceramic Fiber Module
Pre-compressed ceramic fiber modules with anchoring options for rapid installation and durable linings.
Product overview
Engineered for demanding thermal environments.
Ceramic fiber modules are made from folded and compressed needled blanket with a purpose-selected anchoring system. They are designed to simplify installation and provide a stable, energy-efficient lining for industrial furnaces, kilns and other heat-processing equipment.
Available specifications are confirmed for each enquiry according to application, quantity and required delivery schedule.
Request a quotationCharacteristics
Product features
- Pre-compressed folded construction
- Multiple anchoring configurations
- Rapid lining installation
- Low thermal conductivity and heat storage
- Custom density and thickness options
- Sliding-type and bolting-type systems
Industry use
Typical applications
- Industrial furnaces and heaters
- Ceramic and glass kilns
- Steel and heat-treatment equipment
- Boilers and heat-recovery systems
- Petrochemical process heaters
- High-temperature duct and chamber linings
Technical information
Available specifications
Values shown are an overview of the currently available range. Final specification and tolerances are confirmed in the commercial documentation.
| Classification temperatures | 1260°C and 1425°C |
|---|---|
| Available densities | 128, 160, 180 and 192 kg/m³ |
| Standard face dimensions | 305 × 305 mm |
| Standard thickness range | 100–300 mm, subject to configuration |
| Construction | Folded, pre-compressed ceramic fiber blanket |
| Anchoring options | Cerlock sliding type and Anchor-Loc3 bolting type |
| Colour | White |
| Thermal-conductivity test method | ASTM C177 |
Selection note: Module design, anchor alloy and installation pattern must be selected for the equipment geometry, operating temperature, atmosphere and mechanical conditions.
Product enquiry
Discuss your ceramic fiber module requirement.
Include the grade, density, thickness or dimensions, quantity, application and destination port for a more precise response.