Wedge CeramiGuard™ blankets offer high-temperature thermal insulation, ideal for industrial furnaces, kilns, and process equipment with exceptional performance up to 1450°C.
Wedge CeramiGuard™ | Ceramic Fibre Blankets for Extreme Temperatures
Features:
- Low thermal conductivity and lightweight
- High-temperature resistance (up to 1450°C)
- Excellent thermal shock resistance
- Easy handling, flexible blanket insulation
Benefits:
- Quick, easy installation and reduced downtime
- Superior energy savings (~30% reduction)
- Improved equipment lifespan and safety
Applications:
- Steel and Aluminium Melting Furnaces
- Kiln lining and repair
- Refinery Heaters and Exhaust Systems
Frequently Asked Questions (FAQs)
1. What is Wedge CeramiGuard™ used for?
Wedge CeramiGuard™ is a high-temperature ceramic fibre blanket designed for thermal insulation in extreme environments like furnaces, kilns, refinery heaters, and exhaust systems, withstanding temperatures up to 1450°C.
2. What are the key advantages of CeramiGuard™ compared to traditional insulation?
Extremely low thermal conductivity
Lightweight and flexible, making it easy to install
Excellent thermal shock resistance, allowing it to handle rapid temperature changes
30% energy savings, thanks to its high insulating efficiency
3. Is CeramiGuard™ safe and easy to install?
Yes. Wedge CeramiGuard™ blankets are non-brittle, asbestos-free, and supplied in roll form, making them easy to cut, handle, and install on curved surfaces, tight spaces, or during rapid maintenance shutdowns.
4. What types of industries use CeramiGuard™?
It is widely used in:
Steel and aluminum foundries
Ceramic and glass kilns
Petrochemical refineries and process equipment
Power plants and thermal exhaust systems
5. What thicknesses and densities are available?
Wedge CeramiGuard™ is available in various thicknesses (12.5mm to 50mm) and densities (64 to 128 kg/m³) to suit different insulation requirements and applications, providing customizable solutions for industrial thermal management.
































