Recommended Products
- Ceramic fiber board for wall-hung boilers and gas boiler
- Temperature Grade: 1260°C(2300°F), 1400°C(2550°F), 1430°C(2600°F)
CCEWOOL Ceramic Fiber Board for wall-hung and gas boilers is distinguished by its lightweight construction and high compressive strength. Manufactured via automated, continuous processes with a small addition of high-purity aluminosilicate fiber binder, it offers precise large dimensions, superior flatness, excellent strength, low weight, outstanding thermal-shock resistance, and anti-spalling properties.
- Ceramic Fiber Cloth
- CCEWOOL Ceramic Fiber Cloth is a woven fabric made from our high quality ceramic fiber yarn. It is strong, lightweight, flexible, and available in a wide variety of thicknesses, widths and densities. Ceramic cloth contain absolute amount of binder material which is normally burned at lower temperature and does not affect the insulation property.
- Ceramic fiber blanket
- Temperature Grade: 1100°C(2012°F), 1260°C(2300°F), 1400°C(2552°F), 1430°C(2600°F)
CCEWOOL Ceramic Fiber Blanket is a new type of fire-resistant insulation materials in white and tidy size, with integrated fire resistance, heat separation and thermal insulation functions, containing no any binding agent. All CCEWOOL Ceramic Fiber Blankets are made though spun fiber production, the working temperature is from 1100°C to 1430°C.
- Ceramic fiber square rope
- Ceramic Fiber Rope is a length of fibers, twisted or braided together to improve strength for pulling & connecting and can also be called as fibril or filament. We provide round rope, square rope and twisted rope. Both kind has two type, glass filament reinforced and stainless stainless steel reinforced.
- Ceramic fiber round rope
- Ceramic Fiber Rope is a length of fibers, twisted or braided together to improve strength for pulling & connecting and can also be called as fibril or filament. We provide round rope, square rope and twisted rope. Both kind has two type, glass filament reinforced and stainless stainless steel reinforced.
- Ceramic fiber paper
- Temperature Grade: 1260 °C (2300 °F), 1400 °C (2552 °F), 1430 °C (2606 °F)
CCEWOOL Ceramic Fiber Paper shows excellent thermal insulation properties and construction performance, suitable for use in deep processing (multi-layer composite, punching, etc.); and excellent resistance to molten infiltration, allowing itself to be used for casting washer separation in the construction and glass industries.
- DJM Insulating brick
- Temperature Grade: 2300°F(1260°C), 2600°F(1430°C), 2800°F(1540°C), 3000°F(1650°C), 3200°F(1760°C)
CCEFIRE DJM Series Mullite insulation brick is a new type of refractory material, which can directly contact with fire, characterized with high temperature resistance, lightweight, low thermal conductivity, good energy saving effect.
- Ceramic Fiber Modules
- Temperature Grade: 1100°C(2012°F), 1260°C(2300°F), 1400°C(2552°F), 1430°C(2600°F)
CCEWOOL ceramic fiber modules are made from spun ceramic fiber blankets and processed through precision machining and pre-compression. Each module is custom-manufactured strictly according to the customer's drawings. The modules feature a clean white appearance, uniform dimensions, and straight edges to ensure tight integration with the kiln structure, forming a seamless insulation layer u
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Why are more boilers choosing CCEWOOL thermal ceramics modules for insulation?
In industrial boiler operations, insulation systems are constantly exposed to hot gas flow erosion, frequent thermal shock from start-ups and shutdowns, and the complexity of structural installations. Traditional insulation materials often suffer from joint gaps, excessive heat loss, powdering, or detachment of the lining, which not only reduces boiler efficiency but also increases maintenance frequency and operating costs.

The Unique Advantages of CCEWOOL thermal ceramics modules
CCEWOOL thermal ceramics modules are specifically engineered for boiler conditions. With outstanding elastic resilience, they expand during the first heating cycle to automatically fill gaps and form a continuous, seamless insulation layer, effectively eliminating thermal bridge issues. Their dense fiber structure provides superior resistance to hot gas erosion and thermal shock, ensuring the modules maintain their shape and stability even under long-term high-temperature operation.
Process Excellence: 5T Press + Precision Needling
These advantages are made possible by CCEWOOL's advanced manufacturing process. The modules are produced using in-house melted, high-purity fibers spun in an electric furnace. The fibers are long, uniform, and low in shot content, forming the foundation for superior strength. A 5T high-pressure forming process ensures compact fiber bonding and greater density, while automated layering combined with precision needling creates interwoven fibers that further enhance durability and structural integrity. This production system guarantees long-lasting performance under demanding boiler conditions.
Application Impact: Improved Boiler Efficiency and Extended Service Life
In boiler insulation applications, CCEWOOL thermal ceramics modules significantly reduce shell temperatures, minimize heat loss, and improve overall thermal efficiency. Their durability and stability extend the life of insulation layers, reduce shutdowns caused by lining failures, and help customers achieve both energy savings and lower maintenance costs.
As a professional manufacturer of high-temperature insulation materials, CCEWOOL adheres to strict raw material control, advanced process development, and rigorous quality inspection. Our thermal ceramics modules have been successfully applied in boiler systems worldwide, delivering efficient, stable, and long-lasting insulation solutions.
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