In applications such as industrial sealing, insulation, and electrical protection, fiber-based paper must deliver both high-temperature stability and mechanical strength. However, traditional ceramic fiber paper often tears or breaks during high-temperature operation or installation, particularly in complex working conditions. Insufficient mechanical strength compromises sealing tightness, shortens service life, and increases maintenance costs.
CCEWOOL® refractory ceramic fiber paper stands out with its excellent tear resistance. Even under repeated bending, cutting, or thermal shock, the paper maintains its integrity without breaking. This ensures reliable sealing and stable performance in long-term high-temperature applications, providing safer and more dependable insulation and sealing solutions for industrial systems.
The outstanding tear resistance of CCEWOOL® products comes from advanced manufacturing processes:
High-Purity Raw Materials: Produced from high-purity alumina and silica with low impurity levels, delivering stronger fiber toughness and preventing breakage under stress.
Wet-Forming with Uniform Dispersion: Fibers are evenly distributed through wet-forming processes, eliminating weak spots and enhancing tear resistance.
Refined Binder Control: A carefully balanced amount of inorganic binders ensures both flexibility and fiber bonding strength, maintaining mechanical integrity even at high temperatures.
Automated Cutting and Thickness Control: Precision equipment ensures uniform thickness and accurate edges, reducing stress concentrations and minimizing the risk of tearing.
In practice, CCEWOOL® refractory ceramic fiber paper delivers significant benefits:
Easy Installation: Resistant to tearing during cutting and handling, saving time and reducing waste.
Secure Sealing: Maintains long-term integrity without cracking or delamination, ensuring reliable furnace, oven, and equipment sealing.
Outstanding in Industrial Insulation Projects: Performs exceptionally in gaskets and sealing areas, preventing heat leakage and improving system efficiency.
UK Customer
Cooperation years: 8 years
Ordered product: CCEWOOL® Ceramic Fiber Paper, CCEWOOL® low biopersistent fiber blanket, CCEFIRE® Insulating Fire Brick
Product size: 3x610x20000mm / 2x610x30000mm / 5x1220x12000mm
A long-term UK customer has been purchasing CCEWOOL® products for 8 years. Their latest order included ceramic fiber paper in sizes 3x610x20000mm, 2x610x30000mm, and 5x1220x12000mm, along with low bio-persistent fiber blankets and insulating fire bricks. The customer reported that CCEWOOL® refractory ceramic fiber paper demonstrates superior tear resistance and stability in high-temperature gasket applications, greatly reducing replacement frequency and maintenance costs. As a result, their repurchase rate continues to increase year by year, strengthening the partnership.
CCEWOOL® ensures the tear resistance and stable quality of every batch of refractory ceramic fiber paper through full-process control, from raw materials to forming and final inspection. By combining technical innovation with rigorous testing, we deliver reliable, high-strength products that meet the demanding requirements of global high-temperature applications. Looking ahead, we remain committed to providing cleaner, safer, and more durable insulation solutions for industries worldwide.
In high-temperature sealing, insulation, and electrical protection applications, paper-based materials must retain both thermal stability and adaptability. However, traditional ceramic fiber paper often suffers from insufficient flexibility. During bending, winding, or complex installations, it can easily tear or break, leading to poor sealing, reduced insulation performance, higher installation difficulty, and increased maintenance costs. Core Advantage: […]
Industry | 09 Oct, 2025
In applications such as industrial sealing, insulation, and electrical protection, fiber-based paper must deliver both high-temperature stability and mechanical strength. However, traditional ceramic fiber paper often tears or breaks during high-temperature operation or installation, particularly in complex working conditions. Insufficient mechanical strength compromises sealing tightness, shortens service life, and increases maintenance costs. Unique Advantage: Superior […]
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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 […]
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