The core composition of ceramic fiber paper is primarily high-purity silicon dioxide (SiO₂) and aluminum oxide (Al₂O₃), with some high-grade types containing zirconia (ZrO₂) to enhance maximum temperature resistance and anti-corrosion properties. These components, in carefully designed proportions, give the material excellent thermal stability and insulation performance. Depending on the application, small amounts of organic or inorganic binders may also be used.
Outstanding Insulation: With very low thermal conductivity, it significantly reduces heat loss even above 1000°C.
Lightweight and Flexible: Uniform thickness and easy cutting allow it to adapt to complex sealing structures.
Safe and Eco-Friendly: High-purity, low-impurity formulas ensure no smoke or harmful emissions at high temperatures.
Excellent Thermal Shock Resistance: Fiber structure helps it endure repeated heating and cooling cycles without cracking or powdering.
Industrial Furnaces: Used as backing insulation or sealing gaskets, it enhances furnace efficiency and extends lining life.
Electrical and Household Appliances: Applied in ovens, stoves, and heaters as gasket materials, improving insulation while protecting user safety.
High-Tech Manufacturing: Widely used in metallurgy, glass, ceramics, and aerospace applications for high-precision, high-stability insulation.
CCEWOOL® ceramic paper is produced with advanced wet-forming technology:
Uniform Fiber Distribution ensures consistent thickness and reduces localized heat loss.
Automated Temperature-Controlled Drying enhances dimensional stability and prevents shrinkage during use.
Strict Impurity Control guarantees long-term durability, ensuring smoke-free, odor-free performance under high-temperature operation.
Ceramic fiber paper is more than just a material made of SiO₂ and Al₂O₃—it is a fusion of composition and advanced manufacturing. With superior insulation, lightweight flexibility, and eco-friendly properties, CCEWOOL® ceramic paper has become the ideal insulation solution for industrial furnaces, electrical appliances, and high-temperature manufacturing systems.
When selecting a ceramic fiber board for industrial furnace backup insulation, the first consideration is the actual temperature experienced by the board. A classification temperature of 1260°C does not mean that the corresponding grade is suitable for continuous operation at 1260°C, just as the furnace chamber temperature cannot directly represent the interface temperature of a […]
Industry | 28 Oct, 2026
When installed behind refractory bricks or castables, how should customers choose between Ceramic Fiber Board and Calcium Silicate Board? For industrial furnace backup insulation, the selected board must meet the temperature, mechanical load, and chemical exposure requirements of its installation location while accommodating the available lining thickness and structural design. CCEWOOL® offers different series of […]
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From aluminum melting and holding to billet homogenizing, alloy heat treatment, and electrolytic aluminum production, high-temperature equipment in the aluminum industry serves different processing purposes. When selecting refractory and insulation materials, customers need to understand where each material will be installed, what temperatures and mechanical loads it will experience, and how it will integrate with […]
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