In industries such as metallurgy, glass, and petrochemicals, furnace back-lining areas are constantly exposed to high temperatures, thermal shock, and gas flow erosion. Traditional insulation materials often suffer from pulverization, cracking, or collapse, which shortens lining life, increases heat loss, and reduces energy efficiency. Choosing a stable and reliable refractory insulation board has become a top priority for industrial users.
CCEWOOL® ceramic fiber board stands out with its low thermal conductivity, excellent thermal shock stability, and high structural strength. Even under severe high-temperature conditions, the board maintains its shape, resists pulverization and deformation, and ensures long-lasting insulation. With its dense and uniform fiber structure, it effectively resists hot gas erosion, making it particularly suitable for furnace walls, roofs, and high-temperature duct back-linings.
The performance of CCEWOOL® refractory insulation board is rooted in our refined production processes:
High-purity raw materials: Selected alumina and silica are strictly controlled for impurities, ensuring fiber purity and stability.
Vacuum forming process: Guarantees uniform fiber distribution, high density, and crack-free board cores for strength and durability.
Automated CNC cutting: Ensures precise dimensions and smooth surfaces, supporting modular installation and customized applications.
These processes ensure that the boards maintain reliable performance even under extreme thermal cycling, providing customers with long-term, stable insulation solutions.
In industrial insulation projects, CCEWOOL® refractory insulation board reduces shell surface temperatures, minimizes heat loss, and boosts furnace efficiency. Customer feedback highlights extended maintenance cycles, reduced energy consumption, and more stable operations—optimizing overall operating costs.

Polish Customer
Cooperation years: 10 years
Ordered product: CCEWOOL® refractory insulation board
Product size: 25x1000x1200mm
This time, a Polish customer ordered CCEWOOL® refractory insulation board, size 25x1000x1200mm. Over the past 10 years, this customer has continuously sourced from us, giving high recognition to our product performance and service quality, with repurchase rates steadily increasing year by year.
With over 20 years of experience in high-temperature insulation manufacturing, CCEWOOL® ensures consistent product quality through comprehensive quality management systems and international certifications. We not only provide standardized products but also deliver customized solutions tailored to specific operating conditions, supporting global customers in achieving energy efficiency and operational reliability.
Project OverviewCooperation years: 8 yearsDestination: SpainOrder Volume: 1 × 40HC ContainerProduct DetailsProduct: 1260°C Ceramic Fibre Insulation Blanket | CCEWOOL®Size: 25x280x7320mm, 25x940x7320mmDensity: 64kg/m3Packaging: Carton Box Recently, CCEWOOL® successfully shipped one 40HC container of 1260°C Ceramic Fibre Insulation Blanket to a long-term customer in Spain, marking eight years of continued cooperation. This batch of ceramic insulation blanket […]
Insight | 30 Mar, 2026
Project OverviewCooperation years: 6 yearsDestination: PolandOrder Volume: 1 × 40HC ContainerProduct DetailsProduct: 1200 Carcinogen-Free Blanket | CCEWOOL®Size: 38x610x4800mm, 50x610x3660mmDensity: 128kg/m3Packaging: Carton Box Recently, CCEWOOL® successfully shipped one 40HC container of 1200 carcinogen-free blanket to a long-term Polish customer, marking six years of ongoing cooperation. This shipment will be used for insulation upgrades in industrial boilers […]
Insight | 23 Mar, 2026
An Annular Furnace is a typical continuous high-temperature heating system. Its hearth rotates while workpieces move continuously along the circular furnace chamber, completing the stages of preheating, heating, and soaking. The charging and discharging ends are connected, forming a closed thermal processing path. This furnace type is widely used in forging heating, pre-quench heating, continuous […]
Industry | 18 Mar, 2026